The complexity of the Brazilian electricity system has evolved from a model based on hydroelectricity supplemented by thermoelectricity to a combination of diverse sources, without planning and with little control, whose excess intermittent generation threatens to cause blackouts. Credit: Mario Osava / IPS

By Mario Osava
RIO DE JANEIRO, Sep 25 2025 (IPS)

Wind and solar power sources, essential for the energy transition to mitigate the climate crisis, have become a risk of power outages in Brazil.

It is a remedy that, in excess, becomes poison. The rapid and unplanned growth of these alternatives has created operational difficulties for the Brazilian electricity system, which is nationally interconnected.“Brazil has one of the most complex electricity systems in the world. No other country has such a diversity of sources”–Luiz Barata.

A blackout on August 15, 2023, which affected 27% of the supply throughout most of the country, was a major wake-up call about insecurity. It began with the transmission of wind and solar power plants in the state of Ceará, in northeastern Brazil.

It almost happened again in April and August of this year due to excess generation, according to the  National System Operator (ONS), a private organization that represents consumers and all sectors involved, which coordinates and controls supply nationwide.

A functional electrical system requires surpluses; energy must be available at all outlets for eventual consumption. But “too much excess causes problems,” said Luiz Barata, former director general of the ONS and current president of the non-governmental National Front of Energy Consumers.

The proliferation of solar and wind power plants in Brazil has created imbalances between supply and consumption that caused operational difficulties in effective distribution, such as power outages in 25 of Brazil’s 26 states on August 15, 2023. Credit: Fotos Públicas

Renewables in question

The intermittent nature of wind and solar power, which have grown the most in the last decade, exacerbates the risks due to their uncontrollable origin. This type of energy depends on nature, on when there is wind and sun.

The plot thickens with distributed generation, also known as decentralized generation, which turns consumers into producers of their own electricity in 3.8 million residential micro-plants or groups of individuals or small businesses.

This dispersed generation already exceeds 43 gigawatts of power, according to data from the National Electric Energy Agency (Aneel), the sector’s regulatory body.

This amounts to 18% of the country’s total generating capacity, with solar photovoltaic power dominating the segment with a 95% share.

“In addition to being uncontrollable, because it depends on the sun, distributed generation cannot be interrupted, as it is beyond the control of the ONS,” warned Barata, an electrical engineer.

What the ONS does is curtail the contribution of some generating sources when excess supply threatens the system. In general, the interruption affects wind and solar generation, which are further away from the area of highest consumption.

The Northeast, favored by strong and regular winds and solar radiation, concentrates most of these sources, while the highest electricity consumption occurs in the Southeast, Brazil’s most populous and industrialized region.

Wind farms occupy hills and mountains throughout the Northeast region of Brazil, which has become a supplier of electricity for the entire country. The intermittency of this source, with generation concentrated at night, contributed to the risk of blackouts in the country. Credit: Mario Osava / IPS

Uncertain future

The trend is for operational problems in the electricity system to worsen because distributed generation continues to expand, due to the legal incentives it enjoys, and without planning, as it is the result of individual decisions.

From January to August 2025, the ONS discarded 17.2% of the country’s potential wind and solar generation, which corresponds to 7% of the country’s monthly consumption. This tripled the cuts compared to the same period in 2024, according to an analysis by Volt Robotics, an energy consulting firm.

In August, the rejection reached 57% of new renewable generation due to excess supply.

“Brazil has one of the most complex electricity systems in the world. No other country has the diversity of sources that we have,” Barata told IPS by telephone from Brasilia.

Of a total of 236 gigawatts of installed capacity at the end of 2024, hydroelectricity continues to account for a majority, with 46.5% of the total, according to the state-owned Energy Research Company. But it is no longer as dominant as it was in 2000, when it accounted for 89%.

Solar energy, with 20.5%, wind energy with 12.5% and thermal energy, which consumes fossil fuels and biomass, with 18.6%, already exceeded hydroelectricity in 2024, with a trend towards further growth.

Necessary reform

There has been a change in the electricity matrix, which has shifted from hydrothermal, basically hydroelectric and supplemented by thermal power plants, to a growing incorporation of new renewable sources, given the lower cost of their implementation and distributed generation, Barata pointed out.

However, legislation and regulations have not kept pace with this transformation, said the expert, who believes the sector needs a comprehensive structural reform in order to reduce risks and restore better operating and planning conditions.

“It is a complex system that cannot be solved with simple measures,” he said.

Joilson Costa, coordinator of the non-governmental Front for a New Energy Policy for Brazil and also an electrical engineer, considers it “incorrect” to attribute systemic risks solely to excess wind and solar generation.

“Excess supply is only part of the problem, not the only one. Another cause is the deficiency of the transmission system, which makes it impossible to transport the energy generated in the Northeast to other regions at certain times. This then necessitates a cut in generation,” he argued.

Nor can it be said that distributed generation is outside the scope of planning. The Energy Research Company, part of the Ministry of Mines and Energy, does consider this modality in its plans because “its studies and simulations allow it to make estimates,” even though it cannot control the expansion of microplants, Costa noted.

Electricity distribution companies also monitor the evolution of distributed generation in their networks and can update their data monthly, he told IPS by telephone from São Luis, capital of the northeastern state of Maranhão.

Distributed generation, which is small-scale and generally consists of photovoltaic panels on residential or commercial roofs, already accounts for 43 gigawatts of installed capacity in Brazil. There are 3.8 million plants benefiting seven million consumer units, without the necessary control over the operation of the national electricity system. Credit: Mario Osava / IPS

Daily asynchrony

The major risk factor, however, is the lack of synchrony between the generation and consumption of new sources of electricity in their daily cycles.

Solar generation occurs during the day, peaking around noon, when consumption is low. It declines just as consumption increases at the end of the day and beginning of the night, when lights and household appliances are turned on, especially electric showers, which are widely used in Brazil.

Wind farms, concentrated in the Northeast, generate electricity mainly late at night, when consumption drops again.

Pericles Pinheiro, director of New Business at CHP, a gas generation equipment and solutions company in Rio de Janeiro, identifies a trend toward crisis in the Brazilian electricity system in his ongoing analysis of the sector. “Every summer, new emotions,” he jokes.

In previous years, he identified a risk in the proliferation of diesel generators that many companies used to avoid the higher cost of electricity during peak consumption hours in the early evening.

But they abandoned this resource because they migrated to the free market, which has expanded in Brazil in recent years, lowering energy costs for large consumers by allowing them to choose their supplier.

Diesel generators, which helped reduce the upward curve of consumption during peak hours, disappeared or declined, exacerbating daily fluctuations in demand, in cycles opposite to those of wind and solar sources, Pinheiro told IPS.

Distributed generation reduces demand on the grid and the share of electricity managed by the system operator, in a trend that exacerbates insecurity, he added.

The ONS estimates that by 2029 it will control less than half of the country’s installed generation capacity, increasing the operational uncertainty of the national interconnected system.

The proliferation of digital data centers in Brazil, which the government is trying to promote, is seen as a way to balance electricity consumption and supply in the country.

But these huge energy sinks would consume the excess during the day but increase demand at night, as they operate 24 hours a day, warned Pinheiro, who identifies another risk in electric vehicles whose batteries consume the electricity of several homes when recharging.

The Cauchari Solar Plant in Jujuy, Argentina, located 4,000 meters above sea level with over one million panels, was built with Chinese capital, engineering, and materials. Credit: Casa Rosada

By Humberto Márquez
CARACAS, Jul 18 2025 (IPS)

China, with its investments, products, technology, and innovation focused on solar and wind farms in Latin America and the Caribbean, as well as on electricity networks and services, stands out as a driving force for the region’s shift toward energy less reliant on fossil fuels and increasingly cleaner and greener. 

Between 2010 and 2024, China invested US$33.69 billion in renewables in the region, with 70 transactions for as many projects, 54 of which were in non-hydroelectric energy, totaling US$13.138 billion.

These figures alone “highlight China’s importance in supporting the region’s energy transition, both through investments and infrastructure projects,” Enrique Dussel Peters, coordinator of the Latin America and the Caribbean Academic Network on China (RedALC-China), told IPS from Mexico City.“For China, Latin America as a whole is a market that geographically presents many opportunities; first, due to the availability of natural resources, which include critical minerals, and features such as access to water and natural and renewable energy sources”: Ana Lía Rojas.

Beyond money, China “has the capacity to develop technology, implement it, and scale it at the required speed,” said Ana Lia Rojas, executive director of the Chilean Association of Renewable Energies and Storage (Acera).

In a dialogue with IPS in Santiago, Chile, Rojas cited American economist Jeffrey Sachs, director of the Center for Sustainable Development at Columbia University and a United Nations advisor, who has argued that, in short, “the energy transition is Chinese.”

Sachs views China as a “leader in key technologies that will be essential over the next 25 years: photovoltaics, wind, modular nuclear, long-distance energy transmission, 5G (now 5.5G), batteries, electric vehicles, and others.”

The movement toward Latin America has been relentless. While there were no Chinese investments in renewable energy in the region between 2000 and 2009, eight emerged from 2010 to 2014, totaling US$3.298 billion and generating 6,000 jobs, according to RedALC’s Investment Monitor.

Between 2015 and 2019, 25 projects with Chinese financing materialized, totaling US$19.568 billion and creating 9,300 jobs. In the 2020-2024 period, 37 transactions were completed, amounting to US$10.824 billion and generating 15,000 jobs.

Investment volumes dipped in 2020 amid the COVID-19 pandemic. However, a revealing contrast emerged: 35 of the 37 renewable energy transactions during this five-year period went to non-hydroelectric projects.

The Lagoinha Solar Complex, inaugurated in July this year and owned by the Brazilian subsidiary of Chinese group CGN. Spanning 304 hectares in Ceará state, northeastern Brazil, it features 337,000 panels that will provide electricity to 240,000 households. Credit: Government of Ceará

Interests and challenges converge

The International Energy Agency (IEA, representing major industrialized consumers) reports a “soaring increase in Chinese clean energy investments globally, particularly in renewables,” surpassing US$625 billion in 2024—nearly double 2015 levels and accounting for 30% of the world’s total, cementing China’s leadership.

Traditionally dominated by state-owned enterprises backed by public funding, China’s energy investment landscape is shifting, with the government increasingly encouraging private sector participation.

Meanwhile, Latin America and the Caribbean saw roughly US$70 billion invested in renewables from 2015 to 2024, of which over US$30.3 billion (43%) came from China, according to the IEA.

Yet the agency notes that despite steady growth in renewable investments, the region represents just 5% of global privately funded clean energy investment—a reflection of high interest rates, scarce long-term financing, and costly public debt.

This highlights the intersection between the region’s needs and challenges and what Dussel Peters describes as China’s strategic focus on technological development and disruptive innovations, from nanomanufacturing to aerospace, including new energy sources.

Chinese investment in renewables “delivers multiple benefits by advancing energy sustainability, supporting the transition to a low-carbon grid, providing critical technology, and creating skilled jobs,” Chilean academic Rodrigo Cáceres told IPS in Santiago.

A researcher at  Diego Portales University’s Center for Energy and Sustainable Development, Cáceres observes China’s “sustained commitment” in areas like energy storage, smart grids, and green hydrogen, framing the China-Latin America relationship as “strategic and long-term.”

A key factor enabling this enduring partnership is the vast territorial, demographic, and resource potential Latin America and the Caribbean offers China. “If we look at the per capita income we have in the region and compare it with China’s, we have more or less the same. But Latin America has half the population of China and twice the territory of China,” observed Rojas.

Twice the territory “means that projects can be deployed differently than in the rest of the world,” noted the director of Acera.

According to Rojas, “it is evident that, for China, Latin America as a whole is a market that geographically presents many opportunities; first, due to the availability of natural resources, which include critical minerals, and features such as access to water and natural and renewable energy sources.”

“Second, because it is clearly a less densely populated region, which provides a certain degree of flexibility or freedom to develop projects in the territory that will aid the energy transition, not only for local or national economies but for the world,”she said.

The Tanque Novo Wind Complex in Bahia, Brazil, developed by Chinese group CGN. It consists of seven parks with 40 wind turbines, an installed capacity of 180 MW, and can serve 430,000 residents. Credit: Tanque Novo

Brazil, a leading hub 

In Brazil, China’s presence in the electricity sector “is deep and strategic, the result of more than a decade of investments by large state-owned companies such as State Grid and China Three Gorges (CTG),” said Tulio Cariello, research director at the Brazil-China Business Council.

“In fact, it has become the main destination for these companies’ assets outside China. Both State Grid and CTG have the majority of their international investments in Brazil, reflecting the country’s structural importance in their global projection,” Cariello told IPS in Rio de Janeiro.

State Grid is now a major electricity transmission operator in Brazil, and its massive entry into that market was solidified with the acquisition in 2016-2018 of CPFL Energia (formerly Companhia Paulista de Força e Luz), one of the country’s leading power distribution companies.

Another flagship project led by State Grid was the construction of ultra-high-voltage transmission systems, connecting the Belo Monte hydroelectric plant in the Amazon (11,200 MW) with the Southeast region, which has the highest electricity demand.

Combined, solar and wind energy sources account for a quarter of Brazil’s electricity matrix, according to its National Energy Balance.

By the end of 2024, Brazil’s installed wind power capacity—over 16% of the national electricity matrix—reached 33.7 gigawatts, with 1,103 wind farms and 11,720 wind turbines. By 2032, cumulative new installed capacity is projected to reach 56 GW.

Chinese wind turbine manufacturer Goldwind established its first factory outside China last year in Bahia, in Brazil’s Northeast, with an investment of over US$20 million to produce 150 turbines annually, ranging from 5.3 MW to 7.5 MW. This decision demonstrates strong confidence in the Brazilian market.

The volume of Chinese investment in Brazil between 2007 and 2023 reached US$73.3 billion—US$33.2 billion in the electricity sector—with 264 confirmed projects, and is on track to reach US$123.2 billion with 342 projects.

Regarding the impact of investments in renewable energy, “it can be seen on several fronts: increased generation and transmission capacity, modernization of critical infrastructure, greater stability in power supply, and job creation and technology transfer,” said Cariello.

The Los Cururos Wind Farm in Ovalle, Chile, is one of dozens of installations generating electricity in Chile thanks to the constant winds in this Pacific-facing region. Credit: Orlando Milesi / IPS

Advancing Across the Regional Map 

In Argentina, with initial financing of US$390 million from the China Export-Import Bank (Chexim), construction began in 2018 on the Cauchari solar park—one of the largest in Latin America—in the northwestern province of Jujuy.

Some 4,000 meters above sea level and equipped with 1.2 million panels, Cauchari has an installed capacity of 315 MW (with an expansion planned to add another 200 MWh) and reduces carbon emissions by 325,000 tons.

There are other solar developments with Chinese involvement, while Goldwind has acquired wind farms in the central province of Buenos Aires and the southern province of Chubut.

Researcher Juliana González Jáuregui from the Latin American Faculty of Social Sciences (Flacso) has highlighted Beijing’s participation in Argentina’s renewable energy projects, focusing on its provinces—even before the country joined China’s Belt and Road Initiative in 2022.

In contrast, “Europe and the United States have yet to grasp the importance of engaging at the subnational level in Argentina, something China achieved quickly and significantly. The provinces hold natural resources, so the subnational component is essential,” González told Dialogue Earth.

Meanwhile, in Chile, “what has happened in the last two years is that Chinese companies have bet on the country as a gateway to Latin America and have set up several companies that create jobs,” said Rojas.

“They are interested in showcasing the quality and technological advancements they’ve achieved in these sectors, focusing on storage, inverter systems, and everything that helps stabilize power grid flows,” she stated.

In this way, China “has increasingly strengthened its presence in the electricity sector, where we have decarbonization efforts and which represents 22% of the country’s energy consumption,” particularly in the distribution segment through the acquisition of key companies to supply the population, explained Rojas.

A notable example is the Chinese group State Grid, which in 2020 acquired Chile’s Compañía General de Electricidad (CGE) from Spain’s Naturgy for US$3 billion and purchased Chilquinta, another electricity distributor in Chile, from the American company Sempra Energy for US$2.23 billion.

Additionally, it holds a stake in Transelec, the largest distributor, giving it a dominant majority position in Chile’s electricity distribution market.

Areas of Lima illuminated by the growing integration of renewable energy into electricity generation. The former Enel Perú, now Pluz Perú, was acquired by China’s CSG and serves over 1.5 million subscribers in the metropolitan area. Credit: Perú Inkas Tours

In Peru, China Southern Power Grid (CSG) acquired Enel Peru from Italy’s Enel Group in 2024 for US$3.1 billion. The company, now called Pluz Peru, operates in the market with 1,590 MW of generation from various sources and also participates in distribution.

The Peruvian firm includes a solar complex in the southern municipality of Moquegua, with 560,000 panels spread over 400 hectares, capable of generating 440 GWh annually, and a wind farm in the southwestern province of Nazca, with 42 turbines producing up to 600 GWh per year.

In Colombia, another Chinese giant, CTG, promoted the construction of the Baranoa solar plant in the northern department of Atlantico. With an investment of US$20 million and 36,000 modules, it can add 20 MW to the grid.

Though a small project far from major economic and urban centers, it reflects shared interests with Colombia, where President Gustavo Petro champions renewable energy and the decarbonization of the economy and society.

In Nicaragua, it was announced that China Communications Construction Company will build a 70 MW solar plant in the municipality of Nindirí, south of Managua, with 112,700 panels at a cost of US$80 million.

The Managua government—which recently restored relations with China in 2021 after cutting ties with Taiwan—hopes the project will not only feed into the power grid but also support drinking water supply and sanitation in the country.

In a leap across the Caribbean, China’s International Development Cooperation Agency delivered a batch of donated supplies to Cuba last March to support a photovoltaic park project with Chinese assistance in Guanajay, about 50 kilometers west of Havana.

According to data gathered by IPS in Havana, the project includes seven solar parks and will contribute 35 MW to the island’s electricity system. The remaining parks, to be developed by China’s Shanghái Electric and Cuba’s Unión Eléctrica, will add another 85 MW. Cuba’s power demand stands at 3,500 MW, with a deficit sometimes exceeding 1,500 MW.

“We hope to leverage this project as an opportunity to contribute China’s strength in ensuring energy security and promoting sustainable social development in Cuba,” said Hua Xin, China’s ambassador in Havana.

A production gondola at the new wind turbine factory in Camaçari, northeastern Brazil, installed by Chinese firm Goldwind. Wind energy is the second-largest renewable source in Brazil’s electricity supply, after hydropower. Credit: Goldwind

The Ball on the Roof 

Chilean expert Rojas noted that Chinese companies obviously aim to promote their own brands but also establish research centers or technology transfer hubs to help countries accelerate their energy transition.

“They have cutting-edge technologies that we currently see in PowerPoint presentations—but they’re already implementing them in their own cities,” she pointed out.

Experts agree that, alongside territorial potential, population, and resources, the regulatory framework of the electricity business—which varies across borders—is a key investment attraction.

This becomes even more relevant as major investors like China shift from merely selling products and technology to acquiring more assets, immersing themselves in the complexities of service networks, costs, and pricing.

For many countries in the region, the observation Jorge Arbache, an economics professor at the University of Brasilia, makes about Brazil may resonate. He analyzes how the advantages and resources enabling the energy transition are being mobilized.

He argues that “while China has used the energy transition as a pillar of its national development policy,” Brazil still treats its advantages “mainly as primary, short-term, and predatory assets—with low added value, institutional fragmentation, and a lack of coordinated strategy.”

“What China shows us is that the energy transition and natural capital, when well-coordinated, are more than just a shift in the energy matrix: they are a development strategy, a tool for sovereignty, and a source of geopolitical power,” concluded Arbache.

With reporting by Mario Osava (Brazil), Orlando Milesi (Chile) and Dariel Pradas (Cuba).

At the San Felipe School, in Coyhaique, Chile, the solar panels of a 30 kW plant will be installed which will be inaugurated in the first week of December

By Orlando Milesi
SANTIAGO, Nov 20 2024 (IPS)

Chile, a country rich in solar and wind energy and with huge photovoltaic power stations  and wind turbines in its elongated territory, managed to change its grid by incorporating renewable energies, which account for an installed capacity equivalent to 43.8 % of its electricity production.

However, it is woefully lacking in distributed generation projects, also known as decentralised generation, which are small scale, mostly dedicated to self-consumption and involving organised communities. This is so even though these initiatives would introduce the population to the advantages of clean energy.

Distributed generation would allow such a shift, but is currently in its infancy in this South American country of 19.8 million people. It lacks adequate legal impetus, access to financing and suffers from a cultural deficit among a population that knows little about it.“We are used to a centralised system and although there has been fossil energy replacement by renewable energy, it is still a large-scale, centralised model with negative impacts": Cristian Mires.

Successful projects belong to mega-companies that have installed parks and wind turbines in the northern Atacama Desert and in southern Patagonia, between the Andes and the Pacific Ocean, selling their generation to the National Electricity System (SEN).

This profitable business does not benefit Chilean consumers who are suffering a huge tariff increase that will reach up to 60% in 2025. It is a gradual increase that began to be charged in July and will culminate next January after five years of tariff freezes due to the covid pandemic.

Thus, the impact of distributed generation with its panels on the roofs of homes, schools and community or municipal buildings is small.

The leftist government of Gabriel Boric sought to promote this citizen energy and reach the goal of 500 megawatts (MW) of installed capacity by the end of his term, in March 2026.

However, 17 months away from reaching that goal, distributed generation is minimal and only 0.1% corresponds to joint generation, as distributed generation is also known, according to the state-run National Energy Commission.

The Ministry of Energy told IPS that as of November 2024, the total installed capacity of distributed generation projects for self-consumption reached only 290 MW.

“Statistics show an upward trend in this type of project. Several initiatives promoted by the Ministry of Energy seek to encourage the development of this segment, such as the Public Solar Roofs 2.0 programme, which is being implemented and aims to install photovoltaic projects in public institutions,” said the institution that directs the country’s energy policy.

In 2015-2019, this programme installed photovoltaic systems on 136 buildings in 13 regions of Chile for a total of 5.3 megawatt peak (MWp). A technical office was then created to support public institutions in their feasibility analyses of solar energy plans.

Chile has decided, as part of its international climate commitments to reduce its greenhouse gas emissions, that its non-conventional renewable energies will contribute 80% of electricity generation by 2030 and 100% by 2050, when it will reach net zero emissions.

Solar panels installed in the roof of the Industrial Secondary School of Valdivia, a city 850 kilometers south of Santiago. Credit: Courtesy of Sofía Alarcón

Barriers in Chile

Cristián Mires, lawyer and president of the NGO Energía Colectiva, says there are a number of barriers to developing jointly owned distributive energy.

“These projects are not cheap. Technical, legal and financial advice is required. A share is equivalent to at least US$530 per user. And if we want bigger savings, we are talking about up to US$2,100. And the majority of the population can’t afford that cost,” he told IPS.

There is no public or private funding for decentralised generation facilities, he claims.

This slows down the implementation of the 2014 Law on Distributed Generation for Self-consumption, which allows households, schools and businesses to self-supply their electricity use through their own generation and inject the surplus into the SEN. In practice, such generation has very restrictive rules for joint ownership.

“It needs to be modified, and as the Citizens‘ Energy Action Group we are participating in technical roundtables with the government and parliament to that end,” Mires said.

“We are used to a centralised system and although there has been fossil energy replacement by renewable energy, it is still a large-scale, centralised model with negative impacts,” he added.

In August, Energía Colectiva, based in Chile and present in other Latin American countries, launched the document Citizen energy in Chile, proposals for its promotion and implementation, where it claims there is potential to reach eight gigawatts (GW) of such citizen generation by 2040.

According to the document, Chile needs “a transition that conceives energy as a right, democratising its production and distribution. A transition focused on satisfying human needs, but which nevertheless understands the pressing need to reduce energy use. Such a transition can only be driven by citizens”.

Arrayán Wind Park, one of the 10 largest in Chile, located in the northern municipality of Ovalle. Credit: Ministry of Energy

Energy Communities, a key

So-called Energy Communities seek to encourage the participation of new groups in the production, management, use and marketing of energy.

They aim for a decentralised, local energy model with less environmental impact.

These communities seek to organise citizens to generate and manage their own energy, whether for social, economic and/or environmental purposes.

“These communities are considered a fundamental tool for carrying out just energy transitions, where people play a central role in the transformation towards more equitable systems of energy generation and use”, according to the specialised magazine Energía y Equidad.

Based on the use of renewable energy, the Communities offer access to affordable, clean and secure energy; enabling an active participation in response to the climate and ecological crisis by reducing greenhouse gas emissions.

In short, these Communities aim to promote local energy autonomy, strengthen social cohesion, reduce greenhouse gas emissions and decontaminate the local environment.

The 2014 law and its regulation five years later set standards for joint generation and joint ownership.

The Nueva Zelanda school in the municipality of Independencia, in the northern part of the capital, and Coopeumo, a farmers’ cooperative in the O Higgins region, bordering the Santiago metropolitan region, are community projects developed by municipalities and with citizen participation.

Both are connected to a grid into which they inject the energy generated and then receive discounts on their electricity bills.

Jorge Nauto, principal of the Industrial Secondary School of Valdivia, a city 850 kilometres south of Santiago, praised the experience of installing photovoltaic panels on the roof of his school.

“It is a 70 kilowatt peak (kWp) system determined according to the available surface area and the building’s annual consumption. It allows generating power for the premises and the injection of surpluses into the conventional electricity grid through the use of the Distributed Generation Act,” he told IPS from his location.

“Thanks to this generation, we achieved a significant reduction in electricity bills,” Nauto said, before emphasising the value, also educational, of using clean, renewable energy.

New business model

Antu Energía is a company based in Coyhaique, in the southern region of Aysén, which implements a new business model with photovoltaic energy.

It allows remote discounts, which means that a person can own or participate in a photovoltaic plant that injects energy in one place and discount that value in another place from the same distribution company.

We are calling for small companies or individuals to participate in Virtual Solar Panels by acquiring a minimum unit equivalent to generating 500 watts,” Manuel Matta, founding partner of Antu Energía, told IPS from Coyhaique.

The model lowers the investment to US$737 per kilowatt (kW) installed and compares favourably with a similar individually driven project that costs US$2,632 per kW.

This electrical engineer has already sold 28 of 60 minimum units of participation in the 30 kW plant installed on the roofs of the San Felipe high school in Coyhaique’s Plaza de Armas.

Daniela Zamorano, project coordinator for Energía Colectiva, told IPS from Joao Pessoa, in the northern Brazilian state of Paraíba, where she lives, that Chile lacks the political will to promote jointly-owned distributed generation.

“We are seeing problems today with rising rates, and the solutions proposed by the government always come from the logic of subsidising consumption. This is a snowball that reaches gigantic public spending amounts. But they do not visualise options for a long-term solution such as distributed generation,” she said.

Maracaibo, next to the lake of the same name and the capital of Zulia, one of the regions hardest hit by the electricity crisis in Venezuela, is incubating a citizen initiative so that homes could be equipped with solar panels. Its example has spread to other regions of the country. CREDIT: Uria

By Humberto Márquez
MARACAIBO, Venezuela , Mar 25 2024 (IPS)

Sweating profusely, unable to sleep because of the heat, fed up with years of blackouts several times a day, many residents of Venezuela’s torrid northwest want to cover the roofs and balconies of their homes with solar panels, and are asking the government to import them massively and cheaply from China.

“It is a proposal to break out of the quagmire immediately, to close the gap between supply and demand for electricity, 60 percent of which in Venezuela goes to residential consumption,” engineer Lenin Cardozo, one of the main promoters of the Zulia Solar and Venezuela Solar citizen initiatives, told IPS."The solution to the electricity problem no longer lies in thermal plants, which in Venezuela we continue to repair while they are being closed down in other parts of the world, but in new sources and technologies, such as solar power." -- Lenin Cardozo

The northwestern state of Zulia, of which Maracaibo is the capital, produced Venezuela’s great oil wealth throughout the 20th century but has become, along with the neighboring Andes region, the Cinderella of the grid that supplies electricity, generated mainly in the distant southeast of the country, bordering Brazil.

Zulia Solar emerged last year as an association to foment solutions to the lack of electricity suffered by millions of inhabitants of the region. And so far in 2024, replicas have emerged in twenty other states, with aspirations of becoming a national movement: Venezuela Solar.

Its president, lawyer Vileana Meleán, said that “the novelty is that this time the citizens are organized and we are coordinating among ourselves to present the government with this solution that arises from civil society, with a three-point proposal.”

The first point is for the government to massively import solar panels from China, the world’s leading producer – with which Caracas has developed strong commercial and political ties – in order to obtain advantageous prices, and for it to organize a distribution system that makes them affordable to households interested in installing them.

The second is that, in order to lower prices, panels, batteries and other components of solar energy systems should be made exempt from various taxes, such as customs duties and the value added tax.

And the third point calls for the creation of a public and private financing policy, with soft loans, so that families of modest means can purchase the panels and other materials required for the new installation.

Power outages, in the form of sudden blackouts, surprise sectors of the cities of western Venezuela, such as the torrid city of Maracaibo. Local residents are fed up with suffering heat without the possibility of air conditioning or fans, the spoilage of food and damage to their household appliances. CREDIT: Transparencia Venezuela

The reason for the desperation

“When the electricity cuts off, the water goes out, the pumps don’t work. The food in the refrigerator spoils. During the day it is 40 or 42 degrees Celsius, but the thermal sensation reaches 47 degrees,” teacher Rita Zarate told IPS one afternoon in the hallway of her home in the working-class La Pomona neighborhood of Maracaibo.

In the last 24 hours the electricity had been cut three times, lasting between three and four hours each time.

For her family – mother, siblings, children, nieces and nephews – “the worst thing is not being able to sleep when the blackouts happen at night and in the early morning hours. In the bedroom, the heat is unbearable; outside, there are clouds of mosquitoes,” which swarm people in the house when the air conditioning or electric fans are turned off.

A sleepless night, trying to sleep when a breeze blows in the courtyard, keeping the elderly and little ones hydrated, and trying to get transportation to work at daybreak, which might not be available because the blackouts paralyze the fuel pumps and the owners of private vehicles spend hours waiting for the power to come back on so they can fill their tanks.

Zárate said that “it is the same for the children at school: classes two or three days a week, half a day, if they can run the fans. Or in the playground. Sometimes their parents leave them at home, other times the heat gets so bad that we have to send them back.”

Internet to study or to do work, to get administrative procedures done in offices, to operate ATMs in banks, to walk at night under street lights? These are options that are vanishing for those who live on the shores of Lake Maracaibo.

“In the last century Maracaibo was jokingly called ‘the coldest city in Venezuela’ because there was air conditioning everywhere. That’s not true anymore, they only work off and on now,” Luis Ramírez, director of the graduate program in quality systems at the private Andrés Bello Catholic University (Ucab), based in Caracas, told IPS.

He said that many homes in Zulia and the other 22 states outside Caracas have small gasoline-powered generators, but due to the scarcity of fuel – paradoxically, in the country that boasts the largest oil reserves on the planet – they are used less and less.

Zárate remains hopeful that change will come. But with regard to solar panels, he said that “I’ve heard about them, but it sounds like a distant solution,” and added that “one thing is for sure: with our income (every adult in his family earns less than 60 dollars a month) we won’t be able to afford them.”

Workers in a solar panel factory in China, by far the world’s largest producer. The Zulia and Venezuela Solar associations are asking the government to use its political and commercial ties with Beijing to negotiate a massive import of solar panels, and to make them affordable by eliminating taxes and granting soft loans. CREDIT: Xataka

Problems and hopes

Meleán proposed to her supporters in Zulia Solar and Venezuela Solar “to hold on now more tightly to the hope” that the acquisition and installation of solar panels will become widespread, based on a speech by President Nicolás Maduro, who is seeking reelection on Jul. 28 to a third six-year term.

At a Mar. 13 campaign rally, Maduro said that “the social movements have proposed a 2025-2030 plan for solar energy to reach the communal councils, the homes, the urban developments. It is one of the great solutions for the 21st century.”

At the end of the 20th century, Venezuela had a nominal installed generation capacity of 34,000 megawatt hours (MWh), including 18,000 MWh in thermal plants and 16,000 MWh in hydroelectric plants, and the peak demand of 18,000 MWh was reached in 1982.

From that year on, economic crises followed one after the other, reducing demand and the operability of the facilities. In the second decade of the 21st century, the country experienced a recession that cut GDP by four-fifths, while power plants and grids deteriorated until they generated no more than 10,000 MWh.

Experts put current demand at about 12,000 MWh, and the gap between supply and demand has led to energy rationing based on outages that affect almost the entire country – with the exception of Caracas – but especially the west, the region most distant from the southeastern Guri hydroelectric power plant, which generates two-thirds of the electricity consumed.

Zulia is barely surviving on what it receives from the Guri power plant and a dozen thermal power plants, which have deteriorated after being designed to be gas-fired and instead use diesel, contributing to their inefficiency and decline.

Cardozo said “the solution to the electricity problem no longer lies in thermal plants, which in Venezuela we continue to repair while they are being closed down in other parts of the world, but in new sources and technologies, such as solar power.”

Two thirds of Venezuela’s electricity depends on the Guri hydroelectric power plant in the southeast of the country. The distance and the poor state of the transmission and distribution networks result in supply failures in the western part of the country, fueling the search for alternatives such as solar panels in homes. CREDIT: Corpoelec

Venezuela “needs to incorporate technologies such as solar power, as an alternative to cover the gap between supply and demand in the short term, and with decentralized initiatives until large projects can move forward,” he said.

He added that a solar panel that costs 30 or 50 dollars in China, for example, depending on its capacity, sells for 10 times that in Venezuela, due to the costs and taxes along the supply chain.

Hence Venezuela Solar’s proposal for the government to intervene with massive purchases from its giant Asian partner, to abolish the taxes on their import and commercialization, and to facilitate financing for households.

Cardozo stressed that constant technological advances will make it possible not only to reduce the cost but also the size and complexity of domestic solar installations.

He estimated that a household could produce enough power for essential consumption with two 500-watt panels, and could run an air conditioner with four more, at a cost of about 1,000 dollars.

That would be the result if the government fully embraces Venezuela Solar’s proposals. The Zulia Solar group is preparing a pilot test in Maracaibo, with 400 houses that would have panels on their roofs and 100 apartments that would have panels on their balconies.

Solar panels supply energy to a health center in El Cruce, a remote village in the state of Zulia, in the far western part of the country, bordering Colombia. In the recent past, small hybrid wind and solar systems have been installed in isolated communities, but most have been lost due to lack of maintenance. CREDIT: ICRC

Not everything is positive

Representatives of companies that in the last three years have installed solar panels in homes and businesses in Venezuelan cities estimate costs of 4,000 dollars or more for an installation that meets the basic needs of a home.

In this country of 29 million inhabitants, the average salary is around 130 dollars per month, according to consulting firms. Measured by income level, 82 percent of households live in poverty and more than 50 percent in critical poverty, according to the Ucab Living Conditions Survey, released this month.

Ramírez pointed out that Maracaibo was not only the artificially coldest city in the country, but also the one with the highest electricity consumption per person, “and that is why aiming at a mass solution with solar panels on roofs and balconies requires a kind of prior census to estimate the real amount of equipment needed.”

Another expert, Alejandro López-González, told IPS that “Venezuela’s electricity problem will not be solved with solar panels on the roofs of homes in its big cities. It is not possible, because of our climate, which demands a high level of air conditioning.”

“If we turn to a complementary development of renewable energies, the ideal would be large solar and wind farms, because they provide higher energy intensity, for a greater capacity of use, and with a moderately centralized distribution system,” said López-González.

He argued that while the installation of panels in homes also complements local or regional grids, it falls short of solving the electricity crisis.

On the other hand, he noted that the assembly of solar panels began 14 years ago in Venezuela, in a state-owned plant that has worked intermittently but which could be reopened, while other factories could be built, if an agreement is reached with China for production and not only for imports.

In his book “Renewable Energíes in Venezuela. Experiences and lessons for a sustainable future”, López-González compares the country’s solar and wind potential.

This country’s solar power potential is among the highest in Latin America, with an average of 5.35 kilowatt hours per square meter per day (5.35 kWh/m2), close to the highest, in Chile (5.75) and Bolivia (5.42), according to studies by the Venezuelan University of Los Andes, based in the western Andean state of Mérida.

With respect to wind energy, in the northwest of the country alone, the potential reaches 12,000 MWh – similar to the capacity of Guri -, favored by trade winds with high levels of constancy, direction and speed, up to eight meters per second.

Venezuela also has the potential to develop solar farms and wind farms on its Caribbean islands and northeastern mainland coast to add thousands of MWh, which could limit thermal plants to a complementary status.

Between 10 and 15 years ago, the government installed up to 50 MWh of wind power generation and more than 2,000 small hybrid systems – solar and wind – through the “Sembrando luz” program, mainly in remote indigenous and peasant communities, which has been abandoned for the past decade.

Currently there are some isolated installations in several cities – mainly businesses – and small hybrid systems on livestock farms or large plantations, to ensure the refrigeration of products or to operate water wells.

Against this backdrop, with constant blackouts and as the country heads towards a new presidential election on Jul. 28, Venezuela and Zulia Solar activists are betting that their proposals will prosper.

“The country is beginning to rethink other ways to address its electricity security problem. The value and strategic use of solar energy has been incorporated into the public agenda as an immediate solution to overcome the current electricity crisis,” said Cardozo.

The state-owned Punta Prieta thermoelectric plant generates much of the electricity in La Paz, in the northwestern Mexican state of Baja California Sur, with high economic and air pollution costs. In this and other vulnerable territories in Latin America, access to clean energy is part of the inequality they experience. CREDIT: Emilio Godoy / IPS

By Emilio Godoy
LA PAZ, Mexico , Feb 19 2024 (IPS)

The specter of blackouts hovers over the Mexican city of La Paz, the capital of the state of Baja California Sur in Mexico’s far northwestern corner, as summer approaches, due to increased electricity demand from air conditioning and insufficient capacity in the local grid.

Since 2019, the local population has suffered the effects of this situation when it starts to heat up in June in this city located 1680 kilometers from Mexico City, which has the additional difficulty of being located in the south of a peninsula that it shares with the state of Baja California."The location of renewables rarely follows criteria where they are most needed, because the idea is to feed the centralized system. The more rural sectors or those far from cities are not connected to the grid; progress in those areas is slow." -- Gabriela Cabaña

Being separated from the national power grid, due to its distance, Baja California Sur is an energy island whose energy mix depends on thermoelectric plants that burn fuel oil, a very dirty fuel, diesel and gas, while renewable energy contributes about 10 percent. La Paz is where most of the energy is generated, although the highest level of consumption is in the neighboring municipality of Los Cabos, due to its urban growth and insufficient production.

Lucía Frausto, executive director of the non-governmental organization Cómo vamos La Paz, said the model reflects inequities in this city, which had a population of 292,241 according to the last census in 2020.

“The high costs leave no benefits to the community and that impacts everyone. There are sectors that use a lot of energy and others that barely have any. When there are blackouts the water can’t be pumped. It also affects the productivity and competitiveness of businesses,” she told IPS.

The evidence indicates that renewable energy, which is needed to reduce the polluting emissions that overheat the planet, does not address inequality and in some cases foments it.

For this reason, non-governmental organizations and academic groups in Latin America and around the world are pushing for a just transition, understood as an inclusive process, above and beyond mere technological substitution and in line with respect for human rights.

Energy inequality is not just seen in Mexico but extends throughout the Latin American region.

In Latin America and the Caribbean there has been progress in renewable energy, although its impact on inequality is still invisible in the least equitable region on the planet. In addition, almost the entire population has access to electricity, but challenges remain, such as clean energy for cooking and energy efficiency.

The report Fostering Effective Energy Transition 2023, released by the World Economic Forum (WEF), which brings together governments, companies and civil society organizations, warns that the energy transition in Mexico presents a tendency to strengthen inequality.

In this Latin American country, where the energy transition is not moving forward, 15 percent of the population of 129 million lacks access to clean fuel sources in the kitchen and energy efficiency stands at 3.2 percent, below the world average of 4.6 percent. This is part of the persistence of energy inequality, even though poverty fell between 2016 and 2022.

This is reported by the Tracking SDG7: The Energy Progress Report 2023, drawn up by the International Energy Agency, the International Renewable Energy Agency, the United Nations Statistics Division, the World Bank and the World Health Organization.

Population growth in the city of La Paz, capital of the northwestern peninsular Mexican state of Baja California Sur, is also driving the increase in electricity demand in a territory whose supply network is isolated from the national grid and is falling increasingly short. The city is an example of the inequality in access to energy, and especially to alternative sources, in the Latin American region. CREDIT: Emilio Godoy / IPS

Poorly distributed?

Latin America and the Caribbean, a region with 662 million inhabitants, 29 percent of whom live in poverty, have the largest proportion of modern renewable energy use, thanks to hydropower, bioenergy and biofuels.

According to Gabriela Cabaña, a researcher at the non-governmental Center for Socio-environmental Analysis, in most Latin American countries renewable energy is not installed in areas with economic and energy needs, but rather they are in areas privileged by the power grid.

“The location of renewables rarely follows criteria where they are most needed, because the idea is to feed the centralized system. The more rural sectors or those far from cities are not connected to the grid; progress in those areas is slow,” she told IPS from the island of Chiloé, in southern Chile.

In her view, this is a generalized phenomenon in Latin America, where local communities receive the impacts but not necessarily the benefits.

In Chile, the transition shows progress, but there are risks in terms of equity, says the WEF. In that nation, energy efficiency stands at 3.6 percent.

The WEF report says the transition to less polluting forms of energy in Argentina is stable in terms of equity, but local environmental organizations have suffered a major setback under the government of far-right President Javier Milei, in office since Dec. 10.

Moreover, the South American nation reports ups and downs on its path to a low-carbon energy system, and energy efficiency of 3.5 percent.

On the other hand, the transition is inequitable in Brazil, the WEF concludes. In the largest economy and most populous country in the region, with 203 million inhabitants, three percent of the population uses dirty cookstoves, and energy efficiency stands at four percent.

Back in La Paz, Alfredo Bermudez, a researcher at the Department of Fisheries Engineering of the public Autonomous University of Baja California Sur, said the energy scheme in the city has inherited environmental, economic and social consequences.

“La Paz bears the costs and the benefits are not compensated, they are not proportional. There is differential treatment” that is unfair, he told IPS.

Due to local grid congestion, the state can only interconnect 28 megawatts (Mw) and there will be more space perhaps in 2026, which poses obstacles to decentralized solar deployment and illegal connections to the grid.

Official figures indicate that in Mexico there are 367,207 distributed generation permits for 2,954 Mw, figures that have been growing since 2007. In the first half of 2023, 32,223 permits were approved, half of the total for 2022. But Baja California Sur only has 1634 authorizations for 23 Mw, one of the lowest rates in the country.

A photo of solar panels in the parking lot of the airport in La Paz, capital of the northwestern Mexican state of Baja California Sur. The deployment of clean and renewable energies is not, at least for now, a factor in reducing inequality in Latin America; on the contrary, it sometimes fuels it. CREDIT: Emilio Godoy / IPS

The electrified poor

While a minority can finance the installation of solar panels on their homes or drive an electric vehicle, the majority rely on dirty energy or polluting transport.

This gap poses a risk to the fulfillment of the seventh of the 17 Sustainable Development Goals (SDGs), which promotes affordable, clean energy. One of its targets is to “ensure access to affordable, secure, sustainable and modern energy for all,” as part of the 2030 Agenda, adopted in 2015 by the United Nations member states.

In Mexico, the region’s second largest economy, the poorest areas lack renewable energy installations or do not benefit directly from such infrastructure. For example, the southern state of Chiapas, one of the most impoverished in the country, which relies on hydroelectric plants, has only one private wind farm, producing 49 Mw of power. Guerrero, a poor state in the southwest, has no wind farms.

And while Oaxaca, another poor southern state, has the largest installed wind capacity in the country, there are meager benefits for local communities. Oaxaca and Chiapas are among the territories with the fewest distributed generation connections.

In Brazil, Pernambuco in the northeast was the fourth poorest state in 2021 and is one of the largest generators of solar energy, but neither solar nor wind power benefit the population of this and other disadvantaged territories in the country, which in 2023 reached a new record for solar power generation.

In Argentina, population 46 million, the province of Buenos Aires, where the capital is located, has the second largest number of wind turbines, but at the same time has one of the highest poverty rates in the country. A similar phenomenon occurs in the case of solar energy.

In Chile, a country of 19.5 million people, the northern region of Atacama ranks third in solar generation and is a leading wind energy producer in the country, but it also has the second highest poverty rate. .

Improvements

By encouraging the use of computers and the Internet, promoting cleaner forms of cooking and heating or cooling, cleaner energy generates a host of benefits that can have an impact on reducing inequality.

Frausto the activist and Bermudez the academic proposed a greater deployment of renewables and decentralization of generation in Baja California Sur and other energy vulnerable states.

“We need to diversify production and distribution, to have generation throughout the country,” the activist said.

Meanwhile, Bermudez sees an opportunity in the high costs. “You can try things that are not possible in other places, because of the particularities of the state. Anything that reduces costs is advantageous” in electricity generation and efficiency, he said.

Cabaña from Chile recommended public investment to replace private fossil fuel infrastructure.

“We should consider that energy infrastructure should not be in pursuit of a centralized model, but should focus on something more community-based. A change is needed to help combat energy poverty,” she argued.

Artist and farmer Chavely Casimiro and her daughter Leah Amanda Díaz feed one of the biodigesters at Finca del Medio, a farm in central Cuba. The biodigester produces about seven meters of biogas per day, enough energy for cooking, baking and dehydrating food. CREDIT: Jorge Luis Baños / IPS

By Luis Brizuela
TAGUASCO, Cuba, Oct 2 2023 (IPS)

Combining technologies and innovations to take advantage of solar, wind, hydro and biomass potential has made the Finca del Medio farm an example in Cuba in the use of clean energies, which are the basis of its agroecological and environmental sanitation practices.

Renewable energy sources are used in many everyday processes such as electricity generation, lighting, water supply, irrigation and water heating, as well as in cooking, dehydrating, drying, baking and refrigeration of foodstuffs.

“We started out with windmills on artesian wells and hydraulic rams to pump water. That gave us an awareness of the amount of energy we needed and of how to expand its use,” said farmer José Antonio Casimiro, 65, owner of this agroecological family farm located in the center of this long Caribbean island nation."More incentives, better policies and financial support are needed so that farming families have sufficient energy for their work and can improve the comfort of their homes and quality of life." -- José Antonio Casimiro

The farmer expressed his appreciation of the help of his son, 41, also named Antonio Casimiro, in the installation of the two mills at Finca del Medio, during the days in which IPS visited the farm and shared in activities with the family.

“There was no one to assemble or repair them. We both had to study a great deal, and we learned to do a lot of construction things as we went along and perfected the techniques,” said Casimiro junior, referring to the equipment that is now inactive, but is capable of extracting some 4,000 liters of water daily from the water table.

When rainfall is abundant and the volume of the 55,000-cubic-meter-capacity reservoir rises, the hydraulic ram comes to life. The device diverts about 20,000 liters of water to a 45,000-liter tank, 400 meters away and 18 meters above the level of the reservoir.

“The only energy the rams use is the water pressure itself. Placing it on the highest part of the land makes it easier to use the slope for gravity irrigation, or to fill the animals’ water troughs,” explained Chavely Casimiro, 28, the youngest daughter of José Antonio and Mileidy Rodríguez, also 65.

An artist who also inherited the family’s “farming gene”, Chavely highlighted some twenty innovations made by her father to the hydraulic ram, in order to optimize water collection.

Other inventions speed up the assembly and disassembly of the windmills for maintenance, or in the event of tropical cyclones.

“We have been replacing the water supply with solar panels, which are more efficient. They can be removed faster (than the windmill blades) if a hurricane is coming. You can incorporate batteries and store the energy,” said Casimiro.

“Let’s say a windmill costs about 2,000 dollars. With that amount you can buy four 350-watt panels. That would be more than a kilowatt hour (kWh) of power. You buy a couple of batteries for 250 dollars each, and with that amount of kWh you can pump the equivalent of the water of about 10 windmills,” he said.

But the farmer said the windmills are more important than the energy they generate. “It would be nice if every farm had at least one windmill. For me it is very symbolic to see them pumping up water,” he said.

Lorenzo Díaz, the husband of Chavely Casimiro, uses a solar oven to cook food. In the background can be seen a windmill and a solar heater, other technologies that take advantage of the potential for renewable energies on the Finca del Medio farm in central Cuba. CREDIT: Jorge Luis Baños / IPS

Innovations

Located in the municipality of Taguasco, in the central province of Sancti Spíritus, some 350 kilometers east of Havana, Finca del Medio follows a family farm model including permaculture, agroecology and agricultural production based on the use of clean energy.

In 1993, Casimiro and Rodríguez with their children Leidy and José Antonio – a year later, Chavely was born – decided to settle on the 13-hectare farm of their paternal grandparents, with the aim of reversing its deterioration and soil erosion and installing perimeter fences.

The erosion of the land was due to the fact that in the past the farm was dedicated to the cultivation of tobacco, which depleted the soil, and later it had fallen into abandonment, as well as the house.

The older daughter is the only one who does not live and work on the farm, although she does spend time there, and a total of ten family members live there, including four grandchildren. All the adults either work on the farm or help out with different tasks.

With the help of technological innovations adapted to the local ecosystem, and empirical and scientific knowledge, the family has become self-sufficient in rice, beans, tubers, vegetables, milk, eggs, honey, meat, fish and more than 30 varieties of fruit. The only basic foodstuffs not produced on the farm are sugar and salt.

They sell all surplus production, including cow’s milk, for which they have specific contracts, and they are also promoting agrotourism, for which they are making further improvements to the facilities.

At Finca del Medio, a system of channels and ditches allows the infiltration of rainwater, reduces erosion of the topsoil and conserves as much water as possible for subsequent irrigation.

These innovations also benefit neighboring communities by mitigating flooding and replenishing the water table, which has brought water back to formerly dry wells.

The construction of the house is also an offshoot of technological solutions to the scarcity of resources such as steel, which led to the design of dome-shaped roofs made of mud bricks and cement.

The design aids in rainwater harvesting, improves hurricane protection, and boosts ventilation, creating cooler spaces, which reduces the need for air conditioning equipment and bolsters savings.

Along with food production, the new generations and members of the Casimiro-Rodriguez family engage in educational activities to raise awareness about good agricultural and environmental practices.

Students from nearby schools come to the farm to learn about these practices, as well as specialists in agroecology and people from different parts of the world, interested in sharing the experience. Meanwhile, several members of the family have traveled abroad to give workshops on agroecology and permaculture.

Farmers José Antonio Casimiro (R) and his son of the same name talk in the mechanical workshop at their Finca del Medio farm. Both have come up with innovations for the use of windmills, the hydraulic ram and biodigesters, as well as agricultural tools. CREDIT: Jorge Luis Baños / IPS

Solar and biogas potential

On one of the side roofs of the house are 28 photovoltaic panels that provide about eight kWh, connected to batteries. The stored energy covers the household’s needs during power outages that affect the island due to fuel shortages and breakdowns and problems in maintenance of its aging thermoelectric plants.

In addition, the household has three solar water heaters with a capacity of 380 liters.

Next to the kitchen, two fixed-dome biodigesters produce another renewable fuel, biogas, composed mainly of methane and carbon dioxide from the anaerobic decomposition of animal manure, crop waste and “even sewage from the house, which we channel so that the waste does not contaminate the environment,” said Casimiro.

Due to the current shortage of manure as the number of cows has been reduced, only one of the biodigesters is now operational, producing about seven meters of biogas per day, sufficient for cooking, baking and dehydration of foodstuffs.

The innovative family devised a mechanism to extract – without emptying the pond of water or stopping biogas production – from the bottom the solids used as biofertilizers, as well as hundreds of liters of effluent for fertigation (a combination of organic fertilizers and water) of the crops, by gravity.

The installation of the biodigesters, the solar panels and one of the solar heaters was supported by the Swiss Agency for Development and Cooperation (Cosude) and the Indio Hatuey Experimental Station of Pastures and Forages through its Biomass-Cuba project, Casimiro said.

He also expressed gratitude for the link with other scientific institutions such as the Integrated Center for Appropriate Technologies, based in the central province of Camagüey, which is focused on offering solutions to the needs of water supply and environmental sanitation, and played an essential role in the installation of the hydraulic ram.

The farmer said the farm produces the equivalent of about 20 kWh from the combination of renewable energies, and if only conventional electricity were used, the cost would be around 83 dollars a month.

Lorenzo Díaz feeds firewood into an innovative stove that allows the Finca del Medio farm to efficiently cook food, dehydrate or dry fruits and spices, heat water and preserve meat, among other functions. CREDIT: Jorge Luis Baños / IPS

Efficient stove

In the large, functional kitchen, the stove covered with white tiles and a chimney has been remodeled 16 times to make it more efficient and turn it into another source of pride at the farm.

Fueled by firewood, coconut shells and other waste, “the stove makes it possible to cook food, dehydrate fruits and spices, heat water and preserve meat, among other tasks,” Rodríguez told IPS as she listed some of the advantages of this other offshoot of the family’s ingenuity that helps her as a skilled cook and pastry chef.

She pointed out that by extracting all the smoke, “the design makes better use of the heat, which will be used in a sauna” being built next to the kitchen, for the enjoyment of the family and potential tourists.

Casimiro is in favor of incorporating clean energy into agricultural processes, but he said that “more incentives, better policies and financial support are needed so that farming families have sufficient energy for their work and can improve the comfort of their homes and quality of life.”

Since 2014, Cuba has had a policy for the development of renewable energy sources and their efficient use.

A substantial modification of the national energy mix, which is highly dependent on the import of fossil fuels and hit by cyclical energy deficits, is a matter of national security

However, regulations with certain customs exemptions and other incentives to increase the production of solar, wind, biomass and hydroelectric energies in this Caribbean island nation still seem insufficient in view of the high prices of these technologies, the domestic economic crisis and the meager purchasing power of most Cuban families.

Clean sources account for only five percent of the island’s electricity generation, a scenario that the government wants to radically transform, with an ambitious goal of a 37 percent proportion by 2030, which is increasingly difficult to achieve.

A view of the Canoas Wind Farm, owned by Neoenergia, the Brazilian subsidiary of Spain's Iberdrola. Several wind farms with hundreds of turbines have already been built in the mountains of the Seridó mountain range, which vertically cross the state of Paraíba, in the Northeast region of Brazil, and are continuing to expand. CREDIT: Mario Osava / IPS

By Mario Osava
SANTA LUZIA, Brazil , Jul 7 2023 (IPS)

“Anxiety, insomnia and depression have become widespread. We don’t sleep well, I wake up three, four times a night,” complained Brazilian farmer Roselma de Melo Oliveira, 35, who has lived 160 meters from a wind turbine for eight years.

Her story illustrates the ordeal of at least 80 families who decided to hire a lawyer to demand compensation from the company that owns the Ventos de Santa Brigida wind farm complex in Caetés, a municipality of 28,000 inhabitants in the state of Pernambuco, in the Northeast region of Brazil."We are not against wind energy, but against the way these large projects are implemented, without studying or avoiding their impacts." -- Roselma de Melo Oliveira

Dozens of other families affected by the proximity of the wind towers have not joined the legal action, largely because they fear losing the rental income from part of their land where one or more wind turbines have been erected.

The company pays them about 290 dollars for each wind tower, which represents 1.5 percent of the electricity generated and sold, according to Oliveira. Those who were not offered or did not accept the lease are left with the damage and no profits.

Built in 2015 by the national company Casa dos Ventos and sold the following year to the British corporation Cubico Sustainable Investments, the set of seven wind farms, consisting of 107 wind turbines 80 meters high, has a total installed capacity of 182 megawatts, enough to supply 350,000 homes.

The wind energy boom has intensified in recent years in Brazil’s Northeast region, which accounts for more than 80 percent of the wind electricity generated in the whole country.

Severino Olegario, a small farmer impoverished by a plague that destroyed the local cotton crop, took advantage of the arrival of the wind towers on his family’s mountainous land to become the owner of an open-air restaurant, now a tourist attraction in the municipality of Santa Luzia, in the Northeastern Brazilian state of Paraíba. CREDIT: Mario Osava / IPS

Wind power boom

This expansion will be accelerated by plans to produce green hydrogen, which requires a large amount of renewable energy for electrolysis, the technology of choice. The region’s enormous wind and solar potential, in addition to its relative proximity to Europe, the great consumer market of green hydrogen, puts the Northeast in a strong position as a supplier of the so-called fuel of the future.

As a result, large energy projects are proliferating in the region, which is mostly semiarid and almost always sunny. The giant parks have triggered local resistance, due to the social and environmental impacts, which are felt more intensely in the Northeast, where small rural properties are the norm.

Brazil currently has 191,702 megawatts of installed capacity, including 53.3 percent hydroelectric, 13.2 percent wind and 4.4 percent solar. The goal is for wind, solar and biomass to contribute 23 percent of the total by 2030, with the Northeast as the epicenter of the production of renewable sources.

“We are not against wind energy, but against the way these large projects are implemented, without studying or avoiding their impacts,” Oliveira said. Renewable sources are not always clean and sustainable, say activists, especially movements led by women in the Northeast.

“Because they are considered low-impact, wind and solar farms obtain permits for implementation and operation more quickly and at a low cost, without in-depth studies,” said José Aderivaldo, a sociologist and secondary school teacher in Santa Luzia, a municipality of 15,000 inhabitants in the semiarid zone of the Northeastern state of Paraíba.

The Neoenergia company’s Renewable Complex; in the background can be seen a small part of the solar panels and the wind farm. The synergy between the daytime sunshine and nighttime winds generates enough electricity for 1.3 million homes in the Northeast region of Brazil. CREDIT: Mario Osava / IPS

“But solar energy has a greater impact, it is more invasive. A wind farm has little impact on livestock, which do lose a lot of space to solar, more extensive in terms of the land it occupies,” he told IPS.

His field of observation is the Neoenergía company’s Renewable Complex, a project that combines wind power, with 136 wind turbines in the Chafariz complex in the mountains, and 228,000 photovoltaic panels in the Luzia Park on the plains. The former generates more electricity at night, the latter during the day.

In total, they cover 8,700 hectares in Santa Luzia and three other neighboring municipalities and can generate up to 620.4 megawatts, most of it – 471.2 megawatts – coming from the wind in the mountains. They can supply electricity to 1.3 million housing units and avoid the emission of 100,000 tons of carbon dioxide gas, according to the company, a subsidiary of Spain’s Iberdrola.

One of the impacts was a reduction in the local capacity for the production of cheap protein from livestock farming adapted for centuries to the local ecosystem, in addition to extracting rocks for the construction of wind towers and damaging local roads with trucks for their transport, lamented João Telésforo, an engineer and retired professor from the public Federal University of Rio Grande do Norte.

“Neoenergía carried out all the socio-environmental impact studies rigorously in accordance with the country’s current legislation and global best practices. The distance between the homes and the wind turbines is in compliance with the law,” the company responded to IPS in writing, in response to questions about criticism of its activities.

Marizelda Duarte da Silva, vice-president of the Esperança Rural Workers Union, is one of the leaders of the women’s resistance to the installation of wind farms in the mountains of the Borborema Plateau, coveted for its strong, regular winds, in the state of Paraíba, in Brazil’s Northeast region. CREDIT: Mario Osava / IPS

“In addition, it only leases the land, without purchasing it, which means people stay in their homes and in the countryside, and owners receive payments according to the contracts, with transparency, contributing to income distribution and local quality of life,” it added.

Local complaints

But Pedro Olegario, 73, laments that the remuneration has declined, explained by the company as a result of a drop in the energy generated. “The wind is still blowing the same,” he protested.

His wife, Maria José Gomes, 57, complains about the noise, even though the nearest wind turbine is about 500 meters away from their house. “Sometimes I can only fall asleep in the wee hours of the morning with the window tightly closed,” she said.

The couple lives on their share of a 265-hectare property, inherited and divided between the widow and 17 children of the previous owner, on one of the mountains of the Seridó range, part of Santa Luzia.

The 18 family members split the income from four wind towers installed on their land.

Not everyone is unhappy

On the other hand, Pedro’s brother Severino Olegario, 50, has a positive view of the Canoas Wind Farm, which also belongs to Neoenergia. The 2019 construction made it possible for him to open a restaurant to feed 40 technicians of the company who installed the mechanical components.

On the horizon can be seen one of the hills of the Borborema Plateua, whose occupation by wind turbines faces resistance from the Women’s Movement, which began holding annual marches for agroecology and in defense of the land in 2010. Nearly 5,000 women mobilized this year in opposition to wind farms in the Northeast region of Brazil. CREDIT: Mario Osava / IPS

“I sleep despite the noise and the remuneration is low because we had to divide it among a very large family,” he said. He also improved the road, which brings tourists to his restaurant on Sundays, after the construction work ended, and slowed the local exodus of people from the region.

About 1,000 families used to live in the three communities up in the mountains, due to the high level of production of cotton. But the cotton boll weevil (Anthonomus grandis) plague in the 1990s destroyed the crop and the value of the land.

“Today there are less than a hundred families left,” said Severino, who continues to grow some of the food that he uses to serve meals at his restaurant.

His perspective differs from the picture described by Oliveira to IPS by telephone from her rural community, Sobradinho, in Caetés, the result of a wind farm authorized before the government’s Brazilian Environmental Institute issued new rules in 2014.

The state government’s wind map points out mountain ranges favorable for wind energy. In red are the areas of greatest potential. The longest is the Seridó mountain range, to the west, already covered by dozens of wind farms. About 100 kilometers to the east, the second largest area, Borborema, has a women’s movement that aims to keep it free of wind farms. CREDIT: Government of Paraíba

Damage and unfavorable contracts

“There are cases of allergies that we believe are caused by the dust from the wind turbine blades, which also contaminates the water we drink, as it falls on our roofs where we collect rainwater in tanks,” Oliveira complained.

The alternative would be to buy water from tanker trucks which “costs 300 reais (62 dollars ) – too expensive for a family with two children who only harvest beans and corn once a year,” she explained, adding that growing vegetables and medicinal herbs is impossible because of the polluted water.

In addition to the audible sound, vibrations, infrasound (considered inaudible), shadow flicker (the effect of rotating turbine blades causing varying brightness levels and blocking the sun’s rays) and microparticles cause symptoms of “wind turbine syndrome,” according to Wanessa Gomes, a professor at the public University of Pernambuco, who is researching the subject with colleagues from the Oswaldo Cruz Foundation, Brazil’s leading academic public health institution.

Local families have also been living in fear since a blade broke and fell with a loud bang. Many take medication for sleep and mental illness, according to Oliveira, whose testimony aims to alert other communities to the risks posed by wind energy enterprises.

On Mar. 16, she took her complaints to the Women’s March for Life and Agroecology, organized by the Polo de Borborema in Montadas, a municipality of 5,800 people, about 280 kilometers north of Caetés.

The Polo is a group of rural workers’ unions in 13 municipalities in the Borborema highlands in the state of Paraíba, whose windy mountains are coveted by companies.

The women’s movement, with the support of the non-governmental Consultancy and Services for Alternative Agriculture Projects, mobilized 5,000 women this year, in its fourteenth edition, the second one focused on opposition to wind farms.

“Our struggle is to prevent these parks from being installed here. If many families refuse to sign the contracts with the companies, there will be no parks,” Marizelda Duarte da Silva, 50, vice-president of the Rural Workers Union of Esperança, a municipality of 31,000 inhabitants in the center of Borborema territory, told IPS.

“The contracts are draconian, up to 49 years and renewable by unilateral decision of the company,” said Claudionor Vital Pereira, a lawyer for the Polo union. “They demand unjustifiable confidentiality, charge fines for withdrawing and make variable payments for the lease depending on the amount and prices of energy generated, imposing on the lessor a risk that should only be assumed by the company.”

Jehyson Guzmán, the governor of the state of Mérida, in the Venezuelan Andes, delivers a solar panel installation to the rural community of El Anís that will benefit dozens of families. Parliament is preparing, meanwhile, new legislation to try to promote these alternative energies in the country. CREDIT: Government of Mérida

By Humberto Márquez
CARACAS, Mar 21 2023 (IPS)

The installation of solar panels in a remote village in ​​the Andes highlands in late February marked a second incursion by the Venezuelan government into the field of solar energy, previously uncharted territory in this country that for a century was a leading global oil producer.

The governor of the Andean state of Mérida, Jehyson Guzmán, inaugurated the 135 solar panels that will initially serve 17 families in the El Anís village near the town of Lagunillas, 600 kilometers southwest of Caracas, and will later provide electricity to a total of 2,500 people, in neighboring communities as well.

“They’re presenting it as something new, but they probably brought materials from a facility they had in the area around PDVSA (the state-owned oil company), where an industrial-scale project failed and was abandoned,” alternative energy expert Alejandro López-González told IPS."Compared to an average cost of 0.20 dollars per kilowatt-hour in other Latin American countries, in Venezuela people pay 0.002 dollars….and a cultural issue is that Venezuelans are not used to saving energy and many people, between 30 and 40 percent of users, simply do not pay for electricity." -- Luis Ramírez

López-González also pointed out that the government program “Sembrando Luz”, developed by Venezuelan and Cuban engineers, installed close to 2,300 small solar power systems, mainly in rural and indigenous communities, between 2005 and 2012.

Venezuela was then governed by the late Hugo Chávez (1999-2013). During his time in office the country went through a cycle of oil wealth, followed by the collapse of the oil industry and numerous infrastructure and service projects, such as alternative electricity, most of which were abandoned half-complete.

There are also wind farms on the peninsulas of Paraguaná and Guajira, in the northwest – where the trade winds are constant, strong and fast – and adding more than 100 wind turbines could contribute up to 150 Mwh to the local grid in one of the areas hardest-hit by blackouts so far this century.

Wind turbines began to be installed starting in 2006 in Paraguaná and 2011 in La Guajira, and more than 400 million dollars were invested, with the idea of ​​supplying numerous indigenous communities mainly of the Wayúu people.

But the installation of more wind turbines and equipment was delayed, the project fell by the wayside, many materials were stolen to be sold as scrap, and by 2018 the then minister of electric power, Luis Motta, gave it up for lost.

A similar fate befell hundreds of small solar energy projects – in some cases accompanied by wind power – in peasant and indigenous communities, which would have “benefited up to 200,000 people throughout the country but were put out of service due to lack of maintenance and attention,” lamented López-González.

Actually, before “Sembrando luz”, there were specific and especially rural initiatives for solar and wind energy – for example, to dig water wells in the plains of the Orinoco – organized by individuals, universities and some public entities.

The green roof of the postgraduate studies building at the Andrés Bello Catholic University blocks excess heat from some of the classrooms and serves as the basis for the installation of solar panels that provide electricity to various parts of campus. In the background can be seen the poor neighborhood of Antímano, in western Caracas. CREDIT: Humberto Márquez/IPS

The universities’ turn

Now the initiatives are reaching urban areas, among individuals in cities hard-hit by long power cuts, such as the hot city of Maracaibo in the northwest, the country’s oil capital, commercial establishments, health centers, and an exemplary installation in the private Andrés Bello Catholic University (UCAB), in Caracas.

UCAB “decided to incorporate ecology and sustainability into programs, practices, the management of its 32-hectare campus where there are some 5,000 students in various disciplines, as an experiment and contribution to environmental science in the country,” Joaquín Benítez, director of Environmental Sustainability, told IPS.

Thus, since 2019, the roof of the postgraduate studies building has been transformed into a green roof, with an 800-square-meter garden of low-lying succulent plants that store water.

Several classrooms under that roof, where temperatures at 3:00 p.m. local time reached 31 degrees Celsius for most of the year in 2013, now have an average temperature of 25 degrees, Benítez said.

The garden was followed by the installation of 30 solar panels along the edge of the roof, plus a backup wind generator, to support research and study projects, provide energy to part of the building and feed the watering device for the plants.

Enough energy is generated to serve a house for five people, with three bedrooms on two floors, two bathrooms and a small garden, Benítez said.

Solar panels were installed at the private Andrés Bello Catholic University, in the capital of Venezuela. While waiting for large projects, installations like these are gaining ground in homes, farms and businesses, sometimes combined with the use of the national power grid or diesel-fueled plants. CREDIT: UCAB

Learning from failures

But a panel installation in a home, farm or small business, even if it is only complementary to the national electrical grid or used to power only a few appliances, costs from 4,000 dollars up to five times that amount. This is a huge sum in a country where the majority of the population is living in poverty and the monthly minimum wage is less than six dollars.

However, hundreds of private solar power installations have sprung up, often in combination with diesel-fired plants – and also small wind turbines – in areas of the west and the central and eastern plains, with a handful of companies dedicated to installation and maintenance.

The electricity crisis has been part of an economic depression and social and political crisis that has pushed more than seven million Venezuelans to leave the country in the last decade under President Nicolás Maduro, reducing the population to an estimated 28 million inhabitants.

The northwestern oil and ranching state of Zulia alone, covering 63,000 square kilometers and home to five million people, suffered 37,000 power failures last year, according to the Committee of People Affected by Blackouts.

Outages across the country totaled 233,000 last year and 196,000 in 2021. Four years ago, in March 2019, a blackout left almost all of Venezuela, including much of Caracas, without power for between 72 and 100 continuous hours.

The country is supplied by the Guri hydroelectric complex in the southeast, with an installed capacity of 12,000 Mwh in three dams, and which covers two thirds of the national demand. Another 30 percent comes from thermal plants, and the rest from small distributed generation plants.

In total, the country’s installed capacity, which should have reached 34,000 Mwh according to the investments made over decades, barely reaches 24,000 Mwh, since much of the infrastructure is rundown, as are the distribution networks.

The supply deficit would be even worse were it not for the collapse of the economy, as the country’s GDP plunged by up to 80 percent between 2013 and 2021, and demand, which stood at around 19,000 Mwh in 2013, had dropped to 11,000 Mwh in 2019.

The Cecosesola central cooperative health center in the western Venezuelan city of Barquisimeto installed solar panels to power some of its services and raise awareness about the importance of clean energy. Years ago solar installations were made in remote rural areas, but recently they are making their way into cities. CREDIT: Cecosesola

Paying little or nothing

Renewable energy expert Luis Ramírez reminded IPS that electricity in Venezuela, in the hands of the State, is subsidized up to 99 percent.

“Compared to an average cost of 0.20 dollars per kilowatt-hour in other Latin American countries, in Venezuela people pay 0.002 dollars,” said Ramírez, who is also director of the graduate program in quality systems at UCAB.

However, since 2022 the rates for public services, such as water, electricity, cooking gas, gasoline, highway use and garbage collection have begun to rise in different regions of the country.

In addition, “a cultural issue is that Venezuelans are not used to saving energy and many people, between 30 and 40 percent of users, simply do not pay for electricity,” Ramírez explained.

The inhabitants of poor neighborhoods and shantytowns in Caracas and other cities connect themselves to the grid freely, and in small towns in the interior small business establishments often do the same.

This discourages investments in the sector and in particular in renewable energies, which often have higher installation and start-up costs than plants powered by fossil energy.

Pending policies, laws, initiatives and financing to establish solar or wind farms, hydroelectric power generated in the gigantic complex of Lake Guri, which feeds the Caroní River in the southeast of the country, remains the source that sustains two thirds of electricity consumption in Venezuela. CREDIT: Corpoelec

From law to potential

Publications from the Ministry of Electric Power indicate that an additional 500 Mwh are expected to be installed in the west of the country, mainly from renewable energies, but without specifying a timeframe, amounts to be invested or sources of financing.

In the legislature, controlled by the ruling United Socialist Party of Venezuela, the drafting of a renewable energy law was proposed since 2021, to stimulate and organize the sector, but the question has not been given priority by parliament or the government.

The experts consulted by IPS agree that the drafts of that law mainly repeat provisions already present in the current Organic Law on Electricity Service, without adding new aspects such as establishing a renewable energy research institute to help develop the industry, Ramírez said.

According to López-González, the fact that the electricity law enacted in 2010 still lacks regulations to specify policies in measures and technical and operational decisions shows the State’s disdain for ensuring compliance and promoting the development of the sector.

He said the new steps such as the small installation in the Andes and the announcements that a new law is being prepared are “an effort to publicize what is nothing more than a residual development, no more than zombies of abandoned projects.”

Venezuela’s solar potential is one of the highest in Latin America, with an average of 5.35 kilowatt hours per square meter per day (5.35 Kwh/m2), close to the highest in Chile (5.75) and Bolivia (5.42), according to studies by the Department of Sciences of the Universitiy de Los Andes, in the southwest of the country.

In the northern coastal region along the Caribbean Sea, the information collected in meteorological stations shows an even greater potential: between 5.8 and 7.3 Kwh/m2.

In the north, where the most populated and industrialized centers of the country are located, the potential of 12,000 Mwh awaits better times, López-González said. “We can have a wind Guri,” he said, making a comparison with the largest of the dams in the southeastern hydroelectric complex.

Venezuela, a leading oil producer for a century, which still has the largest reserves in the world (300 billion barrels, mostly unconventional), also has the potential to belong to the club of countries that are self-sufficient in renewable energy.

But this membership is still just a spot on the distant horizon.

Aerial view of the 5000 square meter roof full of solar panels, in one of the pavilions of La Rural, the busiest fair and exhibition center in Buenos Aires. It is the largest private solar park in the capital of Argentina and required an investment of almost one million dollars. CREDIT: Courtesy of La Rural

By Daniel Gutman
BUENOS AIRES, Dec 23 2022 (IPS)

With large projects held back by the economic crisis and lack of infrastructure, Argentina seems to be looking at an alternative path towards a more sustainable energy mix involving small renewable energy projects, promoted by environmentally aware industries, businesses and private users.

The initiatives are aimed at covering their own consumption, sometimes with the addition of so-called distributed generation, in which user-generators who have a surplus of electricity can inject it into the national power grid and thus generate a tariff credit.

Distributed generation initiatives have just surpassed 1,000 projects already in operation, according to the latest official data.

At the same time, this month saw the inauguration of the largest private solar energy park in the city of Buenos Aires, an initiative of the Argentine Rural Society (SRA), the traditional business chamber of agricultural producers.

The park was installed in the exhibition center the SRA owns in the capital of this South American country, to supply part of its consumption with an investment of almost one million dollars and more than 1,000 solar panels.

“Small private renewable energy projects and distributed generation will be the ones to increase installed capacity in the coming years, because the electricity transmission and distribution system sets strong limits on large projects,” Mariela Beljansky, a specialist in energy and climate change issues, told IPS.

Beljansky, who was national director of Electricity Generation until early 2022, added: “Otherwise there will be no way to meet the growth targets for renewable sources set by Argentina, as part of its climate change mitigation commitments under the Paris Agreement.”

Argentina presented its National Climate Change Adaptation and Mitigation Plan, which includes 250 measures to be implemented by 2030, at the 27th Conference of the Parties (COP27) on climate change held by the United Nations in the Egyptian city of Sharm El Sheikh in November.

The National Secretariat for Climate Change estimated the total value of the plan’s implementation at 185.5 billion dollars, four times more than the debt Argentina incurred in 2018 with the International Monetary Fund (IMF), which has generated a sharp deterioration of the economy since then.

According to the data included in the plan, the energy sector is the largest generator of greenhouse gases (GHG) in the country, generating 51 percent of emissions.

Although renewable sources (with wind projects in first place and solar in second place) reached a record in October, supplying 17.8 percent of total electricity demand, the energy mix continues to be sustained basically by oil, natural gas and large hydroelectric projects.

Furthermore, the country has not decided to slow down the development of fossil fuels. The main reason is that it has large reserves of shale natural gas in the Vaca Muerta field in the south of the country, which has been attracting the interest of international investors for years. The climate change plan sets the goal of using natural gas as a transition fuel to replace oil as much as possible.

The plan also includes the objectives of developing a variety of renewable energy sources (wind, solar, small hydro, biogas and biomass) and also distributed generation, “directly at the points of consumption” and connected to the public power grid, at the residential and commercial levels.

Large renewable projects experienced strong growth between 2016 and 2019, on the back of an official plan that guaranteed the purchase of electricity at attractive prices for investors, but since then there have been virtually no new initiatives.

This truck functions as a mobile health center, travelling through towns in Patagonia, in southern Argentina. The roof of the vehicle is covered with solar panels that provide electricity to the four mobile consulting rooms and diagnostic imaging equipment. CREDIT: Courtesy of Utorak

Consumption subsidies

“In Argentina’s current situation, where there is practically no financing, and there are restrictions on importing equipment, high inflation and economic uncertainty, it is difficult to think about large renewable energy parks, and small projects become more attractive,” Marcelo Alvarez, a member of the board of the Argentine Renewable Energy Chamber (Cader), told IPS.

Alvarez pointed out that what conspires against small private and distributed generation projects are the subsidies that the Argentine government has been providing for years to energy consumption, including those families with high purchasing power that do not need them.

“Artificially cheap electricity rates and the scarcity of credit discourage the growth of renewables,” Alvarez said.

“The proof of this is that more than half of the distributed generation projects in operation are in the province of Cordoba (in the center of the country), where electricity prices are three times more expensive than in Buenos Aires and there is a special line of credit from the local bank (Bancor, which grants ‘eco-sustainable loans’) for renewable equipment,” he said.

Indeed, according to data from the Energy Secretariat, there are 1,051 user undertakings that generate their own electricity and inject their surplus into the grid and 573 of them are in the province of Cordoba.

Argentine state energy subsidies totaled 11 billion dollars in 2021 and this year, up to October, they already exceeded seven billion dollars, according to data from the Argentine Association of Budget and Public Financial Administration (Asap).

As for sources of financing, there is a line of credit endowed with 160 million dollars from the Inter-American Development Bank (IDB) and the Banco de Inversión y Comercio Exterior (Bice), financed in part by the Green Climate Fund, which is aimed at renewable sources and energy efficiency projects for small and medium-sized businesses. However, most companies are unaware of its existence.

View of photovoltaic panels in a private neighborhood in Pilar, some 50 kilometers from Buenos Aires. Solar panels have become part of the landscape in the suburbs of Argentina’s capital city. CREDIT: Courtesy of Utorak

Private ventures

On Dec. 15, the Rural Society inaugurated the largest private solar park in Buenos Aires, in the 42,000 square meter covered area where the country’s most important fairs and exhibitions are held. The investment reportedly amounted to almost one million dollars.

“We have 42,000 square meters of roofs in our pavilions. It is a very important flat surface for the placement of solar panels, so we had been thinking about it for several years. We had done a pilot project in 2019, but then everything was delayed by the pandemic, which forced us to close the venue,” Claudio Dowdall, general manager of La Rural, told IPS.

“At this stage we used 5,000 square meters of roofs, on which we placed 1,136 photovoltaic panels, with a total power of 619 kW. This is equivalent to the average consumption of 210 family homes and, for us, it is between 30 and 40 percent of the electricity we use,” he added.

Andrés Badino, founder of Utorak, a company that has been dedicated to renewable energy for families and companies for more than five years, confirms that consultations and demand are growing in the sector.

“People’s interest has been growing because of increased environmental awareness and, also, because of what can be saved on electricity bills for residential users and for educational institutions and healthcare centers as well,” Badino said.

“Argentina has a national industry for the production of solar thermal tanks, but not for the manufacture of panels, inverters or batteries, despite the fact that the country has one of the largest reserves in the world, the main component. But we are confident that international prices will go down and drive demand,” he said.

The administration of President Gabriel Boric, a self-described environmentalist, is facing a growing rift between scientists, social leaders and energy companies that have differences with regard to the production of green hydrogen in Magallanes. The first wind turbines have already been installed in the Magallanes region, in the far south of Chile, such as these in Laredo Bay, east of Cabo Negro, where companies are pushing green hydrogen projects in a scenario where environmental costs are beginning to take center stage. CREDIT: Courtesy of Erika Mutschke

By Orlando Milesi
SANTIAGO, Oct 12 2022 (IPS)

In Magallanes, Chile’s southernmost region, doubts and questions are being raised about the environmental impact of turning this area into the world’s leading producer of green hydrogen.

The projects require thousands of wind turbines, several desalination plants, new ports, docks, roads and hundreds of technicians and workers, with major social, cultural, economic and even visual impacts."The scale of production creates uncertainties, heightened because there is no baseline. The question is whether Chile currently has the capacity to carry out large-scale green hydrogen projects.” -- Jorge Gibbons

This long narrow South American country of 19.5 million people sandwiched between the Andes Mountains and the Pacific Ocean has enormous solar and wind energy potential in its Atacama Desert and southern pampas grasslands. This has led to a steady increase in electricity generation from clean and renewable sources.

In 2013, only six percent of the country’s total electricity generation came from non-conventional renewable sources (NCREs) – a proportion that climbed to 32 percent this year. Installed NCRE capacity in September reached 13,405 MW, representing 40.7 percent of the total. Of the NCREs, solar energy represents 23.5 percent and wind power 12.6 percent.

In Chile, NCREs are defined as wind, small hydropower plants )up to 20 MW), biomass, biogas, geothermal, solar and ocean energy.

According to the authorities, the wind potential of Magallanes could meet 13 percent of the world’s demand for green hydrogen, with a potential of 126 GW.

Green hydrogen is generated by low-emission renewable energies in the electrolysis of water (H2O) by breaking down the molecules into oxygen (O2) and hydrogen (H2). It currently accounts for less than one percent of the world’s energy.

However, it is projected as the energy source with the most promising future to advance towards the decarbonization of the economy and the replacement of hydrocarbons, due to its potential in electricity-intensive industries, such as steel and cement, or in air and maritime transportation.

The National Green Hydrogen Strategy, launched in November 2021 by the second government of then right-wing President Sebastián Piñera (2018-2022), seeks to increase carbon neutrality, decrease Chile’s dependence on oil and turn this country into an energy exporter.

The government of his successor, leftist President Gabriel Boric, in office since March, created an Interministerial Council of the Green Hydrogen Industry Development Committee, with the participation of eight cabinet ministers.

A spokesperson from the Ministry of Energy told IPS that “this committee has agreed to bring forward, from 2025 to 2022, the update of the National Green Hydrogen Strategy and the new schedule for the allocation of state-owned land for these projects.”

“We will promote green hydrogen in a cross-cutting manner, with an emphasis on harmonious, fair and balanced local development. By bringing forward the update of the strategy, we seek to generate certainty for investors and to begin to create the necessary regulatory framework for the growth of this industry in our country,” he said.

In the area known as Cabo Negro, in the Chilean region of Magallanes, several companies have installed wind turbines to generate wind energy. The installation of thousands of turbines will affect the landscape of Magallanes and environmentalists believe it will impact many birds that migrate annually to this southern region. CREDIT: Courtesy of Erika Mutschke

Warnings from environmentalists

In a letter to the president, more than 80 environmentalists warned of the risk of turning “Magallanes y La Antarctica Chilena” – the region’s official name – into an environmental sacrifice zone for the development of green hydrogen.

“The energy transition cannot mean the sacrifice of migratory routes of birds that are in danger of extinction, otherwise it would not be a fair or sustainable transition,” said the letter, which has not yet received a formal response.

Environmentalists argue that the impact is not restricted to birds, but also affects whales that breed there, due to the effects of desalination plants, large ports and harbors.

Carmen Espoz, dean of science at the Santo Tomás University, who signed the letter, told IPS that “the main warning that we have tried to raise with the government, and with some of the companies with which we have spoken, is that there is a need for zoning or land-use planning, which does not exist to date, and for independent, quality baseline information for decision-making” on the issue.

Espoz, who also heads the Bahía Lomas Center in Magallanes, based in Punta Arenas, the regional capital, clarified that they are not opposed to the production of green hydrogen but demand that it be done right.

It is urgently necessary, she said in an interview in Santiago, to “stop making decisions at the central level without consultation or real participation of the local communities and to generate the necessary technical information base.”

The signatories asked Boric to create a Regional Land Use Plan with Strategic Environmental Assessment to avoid unregulated development of projects.

“We are not only talking about birds, but also about profound social, cultural and environmental impacts,” said Espoz, who argued that the model promoted by the government and green hydrogen developers “does not have a social license to implement it.”

Sunset at Laredo Bay in the Magallanes region where the Chilean government will have to decide on what changes in the grasslands are acceptable, in the face of a flood of requests to use the area for largescale green hydrogen projects. CREDIT: Courtesy of Erika Mutschke

The bird question

Prior to this letter to Boric, the international scientific journal Science published a study by Chilean scientists warning about potential impacts of wind turbines on the 40 to 60 species of migratory birds that visit Magallanes.

“It is estimated that the installation of wind turbines along the migratory paths of birds could affect migratory shorebird populations, which is especially critical in the cases of the Red Knot (Calidris canutus rufa) and the Magellanic Plover (Pluvianellus socialis),” said Espoz.

Both species, she said, “are endangered, as is the Ruddy-headed Goose (Chloephaga rubidiceps).”

She added that if 13 percent of the world’s green hydrogen is to be generated in southern Chile, some 2,900 wind turbines will have to be installed by 2027, “which could cause between 1,740 and 5,220 collisions with bird per year.”

Jorge Gibbons, a marine biologist at the University of Magallanes, based in Punta Arenas, said the big problem is that Magallanes does not have a baseline for environmental issues.

“The scale of production creates uncertainties, heightened because there is no baseline. The question is whether Chile currently has the capacity to carry out large-scale green hydrogen projects,” he told IPS from the capital of Magallanes.

Gibbons believes it would take about two years to update the data on the dolphin and Southern Right Whale (Eubalaena australis) populations

“The greatest risks to dolphins will be seen in the Strait of Magellan. I am talking about Commerson’s Dolphins (Cephalorhynchus commersonii), which are only found there in Chile and whose population is relatively small,” he said.

He proposed studying the route to ports and harbors of these species and to analyze how they breed and feed.

“The issue is how noise disturbs them or interrupts their routes. These questions are still unanswered, but we know some things because it is the best censused species in Chile,” he explained.

According to Gibbons, the letter to Boric is timely and will help reduce uncertainty because “the process is just beginning and the scientific and local community are now wondering if the plan will be well done.”

Conflict of interests

The partnership between HIF Chile and Enel Green Power Chile withdrew from the Environmental Evaluation System the study of the Faro del Sur Wind Farm project, involving an investment of 500 million dollars for the installation of 65 three-blade wind turbines on 3,791 hectares of land in Magallanes.

The study was presented in early August with the announcement that it was “a decisive step for the future of green hydrogen-based eFuels.”

But on Oct. 6, its withdrawal was announced after a series of observations were issued by the Magallanes regional Secretariat of the Environment.

“The observations of some public bodies in the evaluation process of this wind farm exceed the usual standards,” the consortium formed by the Chilean company HIF and the subsidiary of the Italian transnational Enel claimed in a statement.

The companies argued that “the authorities must provide clear guidelines to the companies on the expectations for regional development, safeguarding the communities and the environment.

“In light of these exceptional requirements, it is necessary to understand which requirements can be incorporated and which definitely make projects of this type unfeasible in the region,” they complained.

The government reacted by stating that it is important to remember that Faro del Sur is the first green hydrogen project submitted to the environmental assessment process in Magallanes.

“During the process, some evaluating entities made observations on the project, so the owners decided to withdraw it early, which does not prevent them from reintroducing it when they deem it convenient,” the Ministry of Energy spokesperson told IPS.

He added that the ministry stresses “the conviction to develop the green hydrogen industry in the country and that this means sending out signals, but in no case should this compromise environmental standards and citizen participation in the evaluation processes.”

View of the port of Pecém, in the state of Ceará in northeastern Brazil, with its container yard and the bridge leading to the docks where the ships dock, in the background. Minerals, oil and gas, steel, cement and wind blades are some of the products imported or exported through what is the closest Brazilian port to Europe. CREDIT: Mario Osava/IPS

By Mario Osava
FORTALEZA, Brazil , Sep 15 2022 (IPS)

Brazil could become a world leader in the production of green hydrogen, and the northeastern state of Ceará has anticipated this future role by making the port of Pecém, with its export processing zone, a hub for this energy source.

The government of Ceará has already signed 22 memorandums of understanding with companies interested in participating in the so-called “green hydrogen hub,” which promises to attract a flood of investment to the Pecém Industrial and Port Complex.

“If 30 to 50 percent of these projects are effectively implemented, it will be a success and will transform the economy of Ceará,” predicted engineer and administrator Francisco Maia Júnior, secretary of Economic Development and Labor (Sedet) in the government of this state in Brazil’s Northeast region.

The lever will be demand from “countries lacking clean energy,” especially the European Union, pressured by its climate targets and now by reduced supplies of Russian oil and gas, in reaction to Western economic sanctions on Russia for its invasion of Ukraine.

Ceará has special advantages because of its huge wind energy potential, both onshore and offshore, in addition to abundant solar energy.

Hydrogen is produced as a fuel through the process of electrolysis, which consumes a large amount of electricity, and in order for it to be green, the electricity generation must be clean.

The state also has Pecém, a port built in 1995 with an industrial zone and an export zone, which is the closest to Europe of all of Brazil’s Atlantic ports.

Water, the key input from which the hydrogen in oxygen is broken down, will be reused treated wastewater from the metropolitan region of Fortaleza, capital of Ceará, 55 kilometers from the port. “It is cheaper than desalinating seawater,” Maia told IPS in his office at the regional government headquarters.

Fortaleza has the first large-scale desalination plant in Brazil, which is the source of 12 percent of the water consumed in this city of 2.7 million people.

Francisco Maia Júnior, Secretary of Economic Development and Labor of the Ceará state government, sits in his office in Fortaleza, the state capital. He believes that demand from the European Union will fuel the production of green hydrogen in Pecém, an industrial and port complex in this northeastern state of Brazil, which has great clean energy potential to produce it. CREDIT: Sedet Communication

Wind and solar potential

“Ceará is extremely privileged in renewable energies,” electrical engineer Jurandir Picanço Júnior, an experienced energy consultant for the Federation of Industries of Ceará (Fiec) and former president of the state-owned Ceará Energy Company, which was later privatized and acquired by Enel, the Italian electricity consortium, told IPS.

Wind and solar generation potential in the state was double the electricity supply in 2018, according to the Wind and Solar Atlas of Ceará, prepared in 2019 by Fiec together with the governmental Ceará Development Agency and the Brazilian Micro and Small Business Support Service.

Moreover, the two sources complement each other, with wind power growing at night and dropping in the hours around midday, exactly when solar power is most productive, said Picanço at Fiec headquarters, showing superimposed graphs of the daily generation of both sources.

The Northeast is the Brazilian region where wind power plants have multiplied the most, and their supply sometimes exceeds regional consumption. The local winds “are uniform, they do not blow in gusts” that affect other areas in the world where they can be stronger, said Maia. They are also “unidirectional,” said Picanço.

“The International Renewable Energy Agency (Irena) has recognized the Northeast as the most competitive region for green hydrogen,” said Picanço, forecasting Brazil’s leadership in production of the fuel by 2050. “Brazil is still hesitating in this area, but Ceará is not,” he said.

Duna Uribe is commercial director of the Industrial and Port Complex of Pecém, in northeastern Brazil. She studied in the Netherlands and negotiated the participation of the port of Rotterdam as a partner in Pecém, with 30 percent of the capital. CREDIT: Mario Osava/IPS

Having Pecém, a port through which 22 million tons a year pass, and its neighboring special economic zone (SEZ), with benefits such as tax reductions, enhances the competitiveness of Brazil’s hydrogen.

The port will have structures for storing hydrogen in the form of ammonia, which requires very low temperatures, with companies specialized in its transport and electrical installations with plugs for refrigerated containers, all factors that save investments, said Duna Uribe, commercial director of the Pecém Complex.

Link with Rotterdam

In addition, Rotterdam in the Netherlands, Europe’s largest port, has been a partner in Pecém, a state-owned company of Ceará, since 2018, with 30 percent of the shares. That brings credibility and attracts investments to the Brazilian port, Maia said.

This partnership is due in particular to Uribe, a young administrator with a master’s degree in Maritime Economics and Logistics from Erasmus University in the Netherlands, who worked at the Port of Rotterdam.

The complex currently generates about 55,000 direct and indirect jobs, 7,000 of which are in the port, where some 3,000 people work directly in port activities and in companies that operate there.

These wind blades were manufactured in the industrial zone of the Pecém Complex, in northeastern Brazil. Local production of green hydrogen will require a great deal of electricity to be generated by wind and solar plants. CREDIT: Mario Osava/IPS

Pecém was born in 1995 with an initial focus on maritime transportation and two basic projects: a private steel industry to be installed in the SEZ and a state-owned oil refinery, which did not work out.

But the complex has always had an energy vocation, with four thermoelectric power plants, two coal-fired and two natural gas-fired, as well as a wind blade factory and two cement plants.

Social effects

“The port was good because it gave jobs to many people here who used to grow beans, sugarcane, bananas, and today they no longer have land to farm,” Zefinha Bezerra de Souza, 76, who has lived in the town of Pecém since 1961, told IPS.

One of her sons is still fishing. The port did not affect fishing, which is done far out at sea, she said.

One of the first to start working at the port was Terezinha Ferreira da Silva, 54. She started working for the Andrade Gutierrez construction company in 1997, in charge of the port’s initial works, and was later hired by the Complex’s administrator, where she is in charge of receiving documents and is a telephone operator.

Zefinha Bezerra de Souza (right) recognizes the good jobs offered by the Pecém Industrial and Port Complex for the residents of the small town of Pecém. They have stopped growing beans and sugarcane because the land has become more expensive, but the fishermen continue to fish, like her son, married to Marcia da Silva, seated to her left. CREDIT: Mario Osava/IPS

“I was earning very well, I was able to build my house” in the town of Pecém, she said. The town, a few kilometers from the port, had 2,700 inhabitants according to the official 2010 census and twice as many people living in the surrounding rural area.

The “hydrogen hub” will start to become a reality in December, when the private company Energias de Portugal, from that European country, inaugurates a pilot hydrogen plant in the SEZ.

The wealth generated by the hub will initially be concentrated in Pecém, but will then radiate throughout the Northeast, because it will require numerous wind and solar energy plants to be installed in the region’s interior, Uribe told IPS in Fortaleza.

The installation of offshore wind farms is planned, but in the future. This activity has not yet been regulated and there will be a need for power transmission lines and training of technicians, she explained.

Brazil could lead in the production of green hydrogen in a few decades, due to the possibility of generating high volumes of wind and solar energy at low cost and because it has the port of Pecém, with the best conditions for exporting to Europe, according to Jurandir Picanço, energy consultant for the Federation of Industries of Ceará, the northeastern state of the country where it is located. CREDIT: Mario Osava/IPS

Hydrogen culture

Adaptations in local education, with changes at the university, are picking up speed. Since 2018, the state-owned Federal University of Ceará has had a Technological Park (Partec).

A hotel that was built on the university campus to host fans for the 2014 World Cup has been transformed from a white elephant into a green hydrogen research center, said Fernando Nunes, director-president of Partec.

Encouraging practical research and the emergence of new technology companies is one of its tasks, which are gaining new horizons with hydrogen.

It is necessary to train technicians even in the interior, because in the future hydrogen, initially intended for export, will be disseminated in the domestic market, “with mini-plants, when the cost comes down to reasonable levels,” Nunes told IPS.

“Energy will be the redemption of the Northeast, especially Ceará, where we already generate more electricity than we consume,” he said.

The promotion of hydrogen in Ceará is being carried out in a unique way, by a Working Group made up of the state government, represented by Sedet and the Secretariat of Environment, the Federation of Industries, the Federal University and the Pecém Complex.

Second- and third-place winners, respectively, in the Caricom Energy Month Photography and Art competition, Candice Sobers and Seon Thompson, holding the works that won them the prizes. Credit: Jewel Fraser/IPS

By Jewel Fraser
PORT OF SPAIN, Trinidad, Aug 30 2017 (IPS)

Conversations about renewable and sustainable energy don’t typically include artistic ideas on the subject. However, the Caribbean Community (Caricom) has chosen to engage the region’s youth in the conversation by inviting them to create artistic works on sustainable energy for a regional competition.

Seven of the nine winners in the 2016 competition were from Trinidad and Tobago and in June they were honoured at a ceremony held by Trinidad and Tobago’s Ministry of Energy and Energy Industries.Sobers said her focus in painting “Mother Energy” was to encourage “sustaining the environment with the right motive, with a motive of loving it, cherishing it and benefiting from it."

Some of those winners told IPS that the competition had indeed kindled their desire to be a part of the sustainable/renewable energy discussion now taking place in the region.

Candice Sobers, who won second place in the professional art category, describes entering art competitions “as a hobby” because “exposure in the arts is difficult to come by in Trinidad”. Nevertheless, the research she did for the competition has had an impact on how she uses energy. She now turns off any lights and appliances in her home that are not in use, and she has invested in energy-saving light bulbs.

Sobers’ entry to the Caricom Energy Month art and photography competition depicted a tree painted in the shape of woman who is seen pregnant with the sun. The mother tree’s mode of transportation is a bicycle and the environment she inhabits comprises various forms of renewable energy.

The painting, entitled “Mother Energy”, is rendered in acrylics, coloured pencil, and oil pastels. Sobers describes her work, in part, as follows: “The bicycle is a means of exercise without burning fossil fuels, encouraging the reduction of the carbon footprint. The energy saving bulb hangs on her neck as an accessory while she rides by the hydro-electric plant and wind mill landscape.”

Sobers said her focus in painting “Mother Energy” was to encourage “sustaining the environment with the right motive, with a motive of loving it, cherishing it and benefiting from it. If the motive is only for money mankind will find themselves abusing it in some form.”

Winners in the Caricom Energy Month art competition Fidelis Iwueke (from left), Candice Sobers, and Seon Thompson. Credit: Jewel Fraser/IPS

Third-placed winner in the professional art category, Seon Thompson, likewise chose to use a woman as part of his iconography. Like Sobers, Thompson holds a BA in Visual Arts from the University of the West Indies, St. Augustine. He told IPS, “I tried to give a double meaning to some of the elements.”

He explained that the hair of the woman, in a traditional corn row hairstyle, was also used to depict rows of plants while the palm trees seen in the landscape behind her also carried the implication of wind turbines. As one gazes at the painting, one’s eyes are led by the graceful lines of the woman’s arm and the undulating lines of cool blue and green depicting her hair to the warm, vividly coloured sun and mountains she carries in a basket on her head, with their obvious allusion to solar energy.

In explaining his work, Thompson said. “I really wanted to connect sustainable energy with the elements of the Caribbean we all could relate to—sun, foliage, fauna, people, houses and hills.” The houses in his painting are shown with solar panels on their roofs.

“In the Caribbean, we have two seasons, rainy and dry, so we really should be using solar energy, hydro energy, and so on….We are a prime example of nations that have all the elements aligned to practise sustaintable energy. We just need to invest in it more and see the value of utilising these mediums that exist and are readily available.”

Thompson said in creating his painting, “I really wanted to create an experience, not just have people say ‘that’s nice’. You must have an experience and really leave with something on your mind.”

He said he has started a project at the school where he teaches art to promote the idea of sustainability. The project encourages Form 5 students to find objects that are discarded and repurpose them in ways that are beneficial and profitable.

For 19-year-old Fidelis Iwueke, the first prize winner in the Caricom Energy Month video competition, his studies at A’Level in Environmental Science provided the foundation for his creation.

He provided IPS with a textbook definition of sustainability. “Sustainability is to ensure that the needs of today are provided for without compromising the future.”

Iwueke has just finished secondary school and his success in the video competition has awakened an interest in documentary production as a prospective career. “I am a former documentary junkie. I love documentaries,” he said. He is also a poet and spoken word artist, which made the video competition the most suitable category for him, he said.

Using public domain footage and videos that he gained permission to use, Iwueke was able to create his award-winning video. He began by creating an audio track of his voice discussing the topic of sustainable energy, to which he added music. He then overlaid this on the video he had obtained, following which he edited the video using the WeVideo app on his phone. The result was a seamless production that belies the fact that this was his first foray into video production.

The video opens with delightful clips showing the sea and other scenes from nature in the Caribbean, then segues to West Indians in the midst of carnival, as his voiceover ties the clips together by referring to the Caribbean’s sea and sun and then to Caribbean people as “a people full of energy…and we rely on energy for growth, survival and sustainable development. For sustainable development, we need sustainable energy.”

The video then goes on to discuss why sustainable energy is important and the different forms that are available to Caribbean people and encourages their use, while holding viewers’ attention with arresting footage.

Reflecting on the competition theme, Iwueke said, “The sun is always there. We have nice oceans for tidal energy. We just need a basic attitude change; changes in our consumption patterns could go a long way.”

Despite learning environmental science at school, preparing for the competition was a learning experience for him. “I liked and followed the Caricom Energy page to keep in the know. I learned how far the Caribbean has come and how much more we need to do,” he said.

The competition thus provided an avenue for these young Caribbean artists to further their practice, while making them more invested in sustainable energy as a lifestyle. “Now that I am more aware of renewable energy, I will become more of an advocate in any way possible. And when the finances are there I will make better choices,” said Iwueke.

In Mexico, wind farms spark controversy due to complaints of unfair treatment, land dispossession, lack of free, prior and informed consent and exclusion from the electricity generated. In the photo, wind turbines frame the horizon of the northern city of Zacatecas. Credit: Emilio Godoy/IPS

By Emilio Godoy
KIMBILÁ, Mexico, Feb 17 2017 (IPS)

The growing number of wind and solar power projects in the southern Mexican state of Yucatán are part of a positive change in Mexico’s energy mix. But affected communities do not see it in the same way, due to the fact that they are not informed or consulted, and because of how the phenomenon changes their lives.

“We have no information. We have some doubts, some people say it’s good and some say it’s bad. We have heard what is said in other states,” small farmer Luis Miguel, a Mayan Indian, told IPS.

He lives in Kimbilá, a town in the municipality of Izmal, which is the site of an up-to-now failed private wind power venture that has been blocked by opposition from the area’s 3,600 inhabitants and in particular from the ejido or communal land where the wind farm was to be installed.“There is a lack of information going to the communities, who don’t know the scope of the contracts; (the companies and authorities) don’t explain to them the problems that are going to arise. Conflicts are generated, and manipulation is used to get the permits. Social engineering is used to divide the communities.” -- Romel González

“We fear that they will damage our crops,” said Miguel, whose father is one of the 573 members of the Kimbilá ejido, located in the Yucatán Peninsula, 1,350 km southeast of Mexico City.

The questioned project, run by the Spanish company Elecnor, includes the installation of 50 wind turbines with a capacity of 159 MW per year.

The company installed an anemometric tower in 2014, but the local population, who grow maize and garden vegetables, raise small livestock and produce honey for a living, did not find out about the project until January 2016.

Since then, the ejido has held two assemblies and cancelled another, without reaching an agreement to approve a 25-year lease on the lands needed for the wind farm.

Meanwhile, in February 2016, the members of the ejido filed a complaint against the Procuraduría Agraria – the federal agency in charge of protecting rural land – accusing it of defending the interests of the company by promoting community assemblies that were against the law.

The wind farm is to have an operating life of 30 years, including the preparatory phase, construction and operation, and it needs 77 hectares of the 5,000 in the ejido.

The company offered between five and 970 dollars per hectare, depending on the utility of the land for a wind farm, a proposition that caused unrest among the ejido members. It would also give them 1.3 per cent of the turnover for the power generated. But the electricity would not be used to meet local demand.

“We haven’t been given any information. This is not in the best interests of those who work the land. They are going to destroy the vegetation and 30 years is a long time,” beekeeper Victoriano Canmex told IPS.
This indigenous member of the ejido expressed his concern over the potential harm to the bees, “because new roadswould be opened with heavy machinery. They said that they would relocate the apiaries but they know nothing about beekeeping. It’s not fair, we are going to be left with nothing,” he said.

Canmex, who has eight apiaries,checks the beehives twice a week, together with four of his six children. He collects about 25 30-kg barrels of honey, which ends up on European tables. Yucatan honey is highly appreciated in the world, for its quality and organic nature.

Luis Miguel, a Mayan farmer from Kimbilá, in the southeastern state of Yucatán, Mexico, fears that the installation of a wind farm in his community will damage local crops of corn and vegetables. Credit: Emilio Godoy/IPS

Yucatán, part of the ancient Mayan empire, where a large part of the population is still indigenous, has become a new energy frontier in Mexico, due to its great potential in wind and solar power.

This state adopted the goal of using 9.3 per cent non-conventional renewable energies by 2018. In Yucatán, the incorporation per year of new generation capacity should total 1,408 MW by 2030.

Leaving out the big hydropower plants, other renewable sources account for just eight per cent of the electricity produced in Mexico. According to official figures, in December 2016, hydropower had an installed capacity of 12,092 MW, geothermal 873 MW, wind power 699 MW, and photovoltaic solar power, six MW.

According to the Mexican Wind Energy Association, which represents the industry, in Mexico there are at least 31 wind farms located in nine states, with a total installed capacity of 3,527 MW of clean energy for the northeast, west, south and southeast regions of this country of 122 million people.

Besides the lack of information, and of free, prior and informed consent, as the law and international conventions require, indigenous people complain about impacts on migratory birds, rise in temperatures in areas with solar panels and water pollution caused by leaks from wind towers.

For Romel González, a member of the non-governmental Regional Indigenous and Popular Council of Xpujil, a town in the neighboring state of Campeche, the process of energy development has legal loopholes that have to do with superficial contracts and environmental impact studies.

“There is a lack of information for the communities, who don’t know the scope of the contracts; (the companies and authorities) don’t explain to them the problems that are going to arise. Conflicts are generated, and manipulation is used to get the permits. Social engineering is used to divide the communities,” González told IPS.

He said that in the region, there are “previously untapped” natural resources that are attracting attention from those interested in stripping the communities of these resources.

The state is experiencing a clean energy boom, with plans for five solar plants, with a total capacity of 536 MW, and five wind farms, with a combined capacity of 256 MW. The concessions for the projects, which are to operate until 2030, have already been awarded to local and foreign companies.

In the first national power generation auction organised by the government in March 2016, four wind power and five solar power projects won, while in the second one, the following September, two new wind projects were chosen.

The change in the electricity mix is based on Mexico’s energy reform, in force since August 2014, which opened the industry to national and international private capital.

Local authorities project that by 2018, wind power generation will amount to 6,099 MW, including 478 from Yucatán, with the total increasing two years later to 12,823 MW, including 2,227 MW from this state.

Yucatán will draw a projected 52 million dollars in investment to this end in 2017 and 1.58 billion in 2018.

The Electricity Industry Law, in effect since 2014, stipulates that each project requires a social impact assessment. But opponents of the wind power projects have no knowledge of any assessment carried out in the state, while there is only evidence of two public consultations with affected communities, in the case of two wind farms.

“The electricity will not be for us and we don’t know what will happen later (once the wind farm is installed). That is why we have our doubts,” said Miguel.

People in Yucatán do not want to replicate the “Oaxaca model”. That is the southern state which has the largest number of wind farms, which have drawn many accusations of unfair treatment, land dispossession and lack of free, prior and informed consent.

“The authorities want to do this by all means, they are just trying to get these projects approved,” said Canmex.

González criticised the government for failing to require assessments. “We have asked for them and the government has responded that there aren’t any. The community response to the projects will depend on their level of awareness and social organisation. Some communities will react too late, when the project is already underway,” he said.

A Congolese man transports charcoal on his bicycle outside Lubumbashi in the DRC. An estimated 138 million poor households spend 10 billion dollars annually on energy-related products such as charcoal, candles, kerosene and firewood. Credit: Miriam Mannak/IPS

By Friday Phiri
PEMBA, Zambia, Jun 16 2016 (IPS)

It’s just after two p.m. on a sunny Saturday and 51-year-old Moses Kasoka is seated outside the grass-thatched hut which serves both as his kitchen and bedroom.

Physically challenged since birth, Kasoka has but one option for survival—begging. But he thinks life would have been different had he been connected to electricity. “I know what electricity can do, especially for people in my condition,” he says.

“With power, I would have been rearing poultry for income generation,” says Kasoka, who is among the estimated 645 million Africans lacking access to electricity, hindering their economic potential.

“As you can see, I sleep beside an open fire every night, which serves for both lighting and additional warmth in the night,” adds Kasoka, inviting this reporter into his humble home.

But while Kasoka remains in wishful mode, a kilometer away is Phinelia Hamangaba, manager at Pemba District Dairy milk collection centre, who is now accustomed to having an alternative plan in case of power interruptions, as the cooperative does not have a stand-by generator.

Phinelia has daily responsibility for ensuring that 1,060 litres of milk supplied by over a hundred farmers does not ferment before it is collected by Parmalat Zambia, with which they have a contract.

“Electricity is our major challenge, but in most cases, we get prior information of an impending power interruption, so we prepare,” says the young entrepreneur. “But when we have the worst case scenario, farmers understand that in business, there is profit and loss,” she explains, adding that they are called to collect back their fermented milk.

Moses Kasoka sits in his wheelchair outside his grass-thatched hut in Pemba, Zambia. Credit: Friday Phiri/IPS

The cooperative is just one of several small-scale industries struggling with country-wide power rationing. Due to poor rainfall in the past two seasons, there has not been enough water for maximum generation at the country’s main hydropower plants.

According to the latest Economist Intelligence Unit report, Zambia’s power deficit might take years to correct, especially at the 1,080MW Kariba North Bank power plant where power stations on both the Zambian and Zimbabwean side of the Zambezi River are believed to have consumed far more than their allotted water over the course of 2015 and into early 2016.

The report highlights that in February, the reservoir at Kariba Dam fell to only 1.5 meters above the level that would necessitate a full shutdown of the plant. Although seasonal rains have slightly replenished the reservoir, it remained only 17 percent full as of late March, compared to 49 percent last year. And refilling the lake requires a series of healthy rainy seasons coupled with a moderation of output from the power plant—neither of which are a certainty.

This scenario is just but one example of Africa’s energy and climate change nexus, highlighting how poor energy access hinders economic progress, both at individual and societal levels.

And as the most vulnerable to climate change vagaries, but also in need of energy to support the economic ambitions of its poverty-stricken people, Africa’s temptation to take an easy route through carbon-intensive energy systems is high.

“We are tired of poverty and lack of access to energy, so we need to deal with both of them at the same time, and to specifically deal with poverty, we need energy to power industries,” remarked Rwandan President Paul Kagame at the 2016 African Development Bank Annual meetings in Lusaka, adding that renewables can only meet part of the need.

But former United Nations Secretary General Kofi Annan believes Africa can develop using a different route. “African nations do not have to lock into developing high-carbon old technologies; we can expand our power generation and achieve universal access to energy by leapfrogging into new technologies that are transforming energy systems across the world. Africa stands to gain from developing low-carbon energy, and the world stands to gain from Africa avoiding the high-carbon pathway followed by today’s rich world and emerging markets,” says Annan, who now chairs the Africa Progress Panel (APP).

In its 2015 report Power, People, Planet: Seizing Africa’s Energy and Climate Opportunities, the APP outlines Africa’s alternative, without using the carbon-intensive systems now driving economic growth, which have taken the world to the current tipping point. And Africa is therefore being asked to lead the transition to avert an impending disaster.

The report recommends Africa’s leaders use climate change as an incentive to put in place policies that are long overdue and to demonstrate leadership on the international stage. In the words of the former president of Tanzania, Jakaya Kikwete, “For Africa, this is both a challenge and an opportunity. If Africa focuses on smart choices, it can win investments in the next few decades in climate resilient and low emission development pathways.”

But is the financing mechanism good enough for Africa’s green growth? The APP notes that the current financing architecture does not meet the demands, and that the call for Africa’s leadership does not negate the role of international cooperation, which has over the years been a clarion call from African leaders—to be provided with finance and reliable technology.

The Pan African Climate Justice Alliance (PACJA) mourns the vague nature of the Paris agreement in relation to technology transfer for Africa. “The agreement vaguely talks about technologies without being clear on what these are, leaving the door open to all kinds of false solutions,” reads part of the civil society’s analysis of the Paris agreement.

However, other proponents argue for home solutions. According to available statistics, it is estimated that 138 million poor households spend 10 billion dollars annually on energy-related products, such as charcoal, candles, kerosene and firewood.

But what would it take to expand power generation and finance energy for all? The African Development Bank believes a marginal increase in energy investment could solve the problem.

“Africa collects 545 billion dollars a year in terms of tax revenues. If you put ten percent of that to electricity, problem is solved. Second, share of the GDP going to energy sector in Africa is 0.49 percent. If you raise that to 3.4 percent, you generate 51 billion dollars straight away. So which means African countries have to put their money where their mouth is, invest in the energy sector,” says AfDB Group President, Akinwumi Adesina, who also highlights the importance of halting illicit capital flows out Africa, costing the continent around 60 billion dollars a year.

While Kasoka in Southern Zambia’s remote town awaits electricity , the country’s Scaling Solar programme, driving the energy diversification agenda, may just be what would light up his dream of rearing poultry. According to President Edgar Lungu, the country looks to plug the gaping supply deficit with up to 600 MW of solar power, of which 100 MW is already under construction.

With the world at the tipping point, Africa will have to beat the odds of climate change to develop. Desmond Tutu summarises what is at stake this way: “We can no longer tinker about the edges. We can no longer continue feeding our addiction to fossil fuels as if there were no tomorrow. For there will be no tomorrow. As a matter of urgency we must begin a global transition to a new safe energy economy.

“This requires fundamentally rethinking our economic systems, to put them on a sustainable and more equitable footing,” the South African Nobel Laureate says in the APP 2015 report.

Shams 1 Concentrated Solar Plant. Credit: Inhabitat Blog/cc by 2.0

By Thalif Deen
UNITED NATIONS, Jul 28 2015 (IPS)

When the government of Kenya hosted a U.N. Conference on New and Renewable Sources of Energy in Nairobi back in 1981, one of the conclusions at that meeting was a proposal for the creation of an international agency dedicated to renewable energy.

After nearly 28 years of on-again, off-again negotiations, the first-ever International Renewal Energy Agency (IRENA) was established in 2009.Described as energy efficient and almost car-free, Masdar City aims to prove that cities can be sustainable, even in harsh sun-driven environments as in UAE.

The distinction to host that agency went to the United Arab Emirates (UAE), described as one of the pioneers of renewable energy.

On more than one occasion, Secretary-General Ban Ki-moon has singled out the UAE for its relentless contribution towards the U.N.’s ultimate goal of Sustainable Energy for all (SE4ALL).

The United Arab Emirates has been “a strong supporter of renewable energy”, he said, with its key initiative to locate IRENA in Abu Dhabi.

Currently, the UAE hosts not only IRENA, described as the first international organisation to be based in the Middle East, but also the Dubai Carbon Center of Excellence (DCCE).

The DCCE is a joint initiative between the U.N. Development Programme (UNDP) and the Dubai Supreme Council of Energy aimed at promoting low carbon in Dubai.

IRENA is headed by Director-General Adnan Z. Amin of Kenya.

The concept of SE4ALL takes on added importance in the context of the U.N.’s post-2015 development agenda, which will be adopted by over 150 political leaders at the upcoming world summit meeting in September.

The new development agenda is expected to be one of the world body’s most ambitious endeavours to eradicate poverty and hunger by 2030.

But the 17 Sustainable Development Goals (SDGs), which will be an integral part of that agenda, will also include SE4ALL.

In keeping with SDGs and the U.N.’s development agenda, IRENA is pursuing and supporting international efforts to double the share of renewable energy by 2030, according to a new roadmap launched by the agency back in 2013.

The secretary-general is convinced sustainable energy “is among the most critical issues of our time.” 

One out of every five persons has no reliable access to electricity, he pointed out, and more than double this number – 40 per cent of the global population — still relies on biomass for cooking and heating.

“This is neither equitable nor sustainable,” says Ban.

According to the United Nations, energy is central to everything we do, from powering our economies to empowering women, from generating jobs to strengthening security. And it cuts across all sectors of government and lies at the heart of a country’s core interests.

Renewable energy is primarily energy that comes mostly from natural resources, including sunlight, wind, rain, tides, waves, and geothermal heat.

A prime example of an energy efficient project is Masdar City located in Abu Dhabi and built by Masdar, a subsidiary of Mubadala Development Company, with the majority of seed capital provided by the Government of Abu Dhabi.

At the Abu Dhabi Sustainability Week in January 2013, which included an international conference on renewable energy, delegates and journalists were taken on a guided tour of Masdar City.

Described as energy efficient and almost car-free, the project aims to prove that cities can be sustainable, even in harsh sun-driven environments as in UAE.

The entire city is powered by a 22-hectare field of over 87,777 solar panels on the roofs of the buildings. And cars have been replaced by a series of driverless electric vehicles that ferry residents around the site.

The design of the walls of the buildings (cushions of air limit heat-radiation) has helped reduce demand for air conditioning by 55 percent.

There are no light switches or taps — just movement sensors that have reduced electricity consumption by 51 percent, and water usage by 55 percent.

In December 2012, the 193-member General Assembly adopted a resolution declaring the Decade for Sustainable Energy for All which runs through 2024.

Without electricity, the resolution stressed there was a need “to improve to reliable, affordable, economically-viable, socially-acceptable and environmentally-sound energy sources for sustainable development.”

Last year, the United Nations, along with UAE, co-hosted the Abu Dhabi Ascent in support of the 2014 Climate Summit in September.

The consultations focused on several key issues, including the increased the use of renewable energy sources, improving energy efficiency, reducing emissions from transportation, and deploying climate-smart agriculture.

The discussions also focused on initiatives to address deforestation, short-lived climate pollutants, climate finance, resilience and improving the infrastructure of cities.

Accompanied by UAE’s Special Envoy for Energy and Climate Change, Sultan Ahmed al Jaber, Ban helicoptered to the Shams Power Plant, which opened in 2013, and which is a concentrated solar power (CSP) station with 100MW capacity.

Described as the largest single-unit CSP plant in the world, Shams 1 will generate enough electricity to power 20,000 homes and covers an area of about 2.5 square kilometres.

According to current plans, there will be two other similar plants, Shams 2 and Shams 3.

The secretary-general flew to Dubai to meet with Sheikh Mohammed bin Rashid al Maktoum, Prime Minister of UAE and ruler of Dubai.

Thanking the UAE for its support of United Nations humanitarian efforts in Syria, Ban commended the Arab nation for its investments in renewable energies.

Edited by Kitty Stapp

The writer can be contacted at thalifdeen@aol.com

A geothermal drilling rig at the Menengai site in Kenya's Rift Valley to exploit energy which is more sustainable than that produced from fossil fuels. A Climate Change Bill now before the Kenyan parliament seeks to provide the legal and institutional framework for mitigation and adaption to the effects of climate change. Credit: Isaiah Esipisu/IPS

By Isaiah Esipisu
NAIROBI, Jul 27 2015 (IPS)

Alexander Muyekhi, a construction worker from Ebubayi village in the heart of Vihiga County in Western Kenya, and his school-going children can now enjoy a tiny solar kit supplied by the British-based Azuri Technologies to light their house and play their small FM radio.

This has saved the family from use of kerosene tin-lamps, which are dim and produce unfriendly smoke, but many other residents in the village – and elsewhere in the country – are not so lucky because they cannot afford the 1000 shillings (10 dollars) deposit for the kit, and 80 weekly instalments of 120 shillings (1.2 dollars).

“Such climate-friendly kits are very important, particularly for the rural poor,” said Philip Kilonzo, Technical Advisor for Natural Resources & Livelihoods at ActionAid International Kenya. “But for families who survive on less than a dollar per day, it becomes a tall order for them to pay the required deposit, as well as the weekly instalments.”“Once it [Climate Change Bill] becomes law, we will deliberately use it as a legal instrument to reduce or exempt taxes on such climate-friendly gadgets and on projects that are geared towards low carbon growth” - Dr Wilbur Ottichilo, Kenyan MP

It was due to such bottlenecks that Dr Wilbur Ottichilo, a member of parliament for Emuhaya constituency in Western Kenya, and chair of the Parliamentary Network on Renewable Energy and Climate Change, moved a motion in parliament to enact a Climate Change Bill, which has already been discussed, and is now being subjected to public scrutiny before becoming law.

“Once it becomes law, we will deliberately use it as a legal instrument to reduce or exempt taxes on such climate-friendly gadgets and on projects that are geared towards low carbon growth,” said Ottichilo.

While Kenya makes a low net contribution to global greenhouse gas (GHG) emissions, the country’s Draft National Climate Change Framework Policy notes that a significant number of priority development initiatives will impact on the country’s levels of emissions.

In collaboration with development partners, the country is already investing in increased geothermal electricity in the energy sector to counter this situation, switching movement of freight from road to rail in the transport sector, reforestation in the forestry sector, and agroforestry in the agricultural sector.

“With a legal framework in place, it will be possible to increase such projects that are geared towards mitigating and adapting to the impacts of climate change,” said Ottichilo.

The Climate Change Bill seeks to provide the legal and institutional framework for mitigation and adaption to the effects of climate change, to facilitate and enhance response to climate change and to provide guidance and measures for achieving low carbon climate-resilient development.

“We received the Bill from the National Assembly towards the end of March, we studied it for possible amendments, and we subjected it to public scrutiny as required by the constitution before it was read in the senate for the second time on Jul. 22, 2015,” Ekwee Ethuro, Speaker of the Senate, told IPS.

“After this, we are going to return it to the National Assembly so that it can be forwarded to the president for signing it into law.”

The same bill was first rejected by former President Mwai Kibaki on the grounds that there had been a lack of public involvement in its creation. “We are very careful this time not to repeat the same mistake,” said Ethuro.

Under the law, a National Climate Change Council is to be set up which, among others, will coordinate the formulation of national and county climate change action plans, strategies and policies, and make them available to the public.

“This law is a very important tool for civil society and all other players because it will give us an opportunity to manage and even fund-raise for climate change adaptation and mitigation projects,” said, John Kioli, chair of the Kenya Climate Change Working Group (KCCWG).

Evidence of climate change in Kenya is based on statistical analysis of trends in historical records of temperature, rainfall, sea level rise, mountain glacier coverage, and climate extremes.

Temperature and rainfall records from the Kenya Meteorological Department over the last 50 years provide clear evidence of climate change in Kenya, with temperatures generally showing increasing trends in many parts of the country starting from the early 1960s. This has also been confirmed by data in the State of the Environment reports published by the National Environment Management Authority (NEMA).

As a result, the country now experiences prolonged droughts, unreliable rainfall patterns, floods, landslides and many more effects of climate change, which experts say will worsen with time.

Furthermore, 83 percent of Kenya’s landmass is either arid or semi-arid, making the country even more vulnerable to climate change, whose impacts cut across diverse aspects of society, economy, health and the environment.

“We seek to embrace climate-friendly food production systems such as use of greenhouses, we need to minimise post-harvest losses and food wastages, and we need to adapt to new climate friendly technologies,” said Ottichilo. “All these will work very well for us once we have a supporting legal environment.”

Edited by Phil Harris

St Kitts and Nevis has launched a 1-megawatt solar farm at the country’s Robert L Bradshaw International Airport. A second solar project is also nearing completion. Credit: Desmond Brown/IPS

By Desmond Brown
FORT-DE-FRANCE, Martinique, Jul 21 2015 (IPS)

A leading geothermal expert warns that the small island states in the Caribbean face “a ticking time bomb” due to the effects of global warming and suggests a shift away from fossil fuels to renewable energy is the only way to defuse it.

President of the Ocean Geothermal Energy Foundation Jim Shnell says to solve the problems of global warming and climate change, the world needs a new energy source to replace coal, oil and other carbon-based fuels.  OGEF’s mission is to fund the R&D needed to tap into the earth’s vast geothermal energy resources."You need to have a balance of your resources but it is quite possible to have that balance and still make it 100 percent renewable and do without fossil fuels altogether." -- Jim Shnell

“With global warming comes the melting of the icecaps in Greenland and Antarctica and the projection is that at the rate we are going, they will both melt by the end of this century,” Shnell told IPS, adding “if that happens the water levels in the ocean will rise by approximately 200 feet and there are some islands that will disappear altogether.

“So you’ve got a ticking bomb there and we’ve got to defuse that bomb and if I were to rate the issues for the Caribbean countries, I would put a heavyweight on that one.”

It has taken just eight inches of water for Jamaica to be affected by rising sea levels, with one of a set of cays called Pedro Cays disappearing in recent years.

Scientists have warned that as the seas continue to swell, they will swallow entire island nations from the Maldives to the Marshall Islands, inundate vast areas of countries from Bangladesh to Egypt, and submerge parts of scores of coastal cities.

In the Caribbean, scientists have also pointed to the likelihood of Barbuda disappearing in 40 years.

Shnell said countries could “essentially eliminate” the threat by turning to renewable energy, thereby decreasing the amount of fossil fuels or carbon-based fuels they burn.

“The primary driver of climate change is greenhouse gasses and one of the principal ones in terms of volume is carbon dioxide,” he said.

“For a long time a lot of electricity, 40 per cent of the electricity produced in many countries, would come from coal because it was a very inexpensive, plentiful form of carbon to burn.

“But now countries have seen that they need to move away from that and in fact the G7 just earlier this month got together and in their meeting, the leaders declared that they were going to be 100 percent renewable, that is completely stop burning carbon, coals and other forms of fossil fuels by the end of this century. The only problem is that for global warming purposes that’s probably too late,” Shnell added.

Shnell was among some of the world’s leading renewable energy experts who met here late last month to consider options for renewable energy development in the Caribbean.

The Martinique Conference on Island Energy Transitions was organised by the International Renewable Energy Agency (IRENA) and the French Government, which will host the United Nations International Climate Change Conference, COP 21, at the Le Bourget site in Paris from Nov. 30 Dec. 11 2015.

Senior Energy Specialist at the World Bank Migara Jaywardena said the conference was useful and timely in bringing all the practitioners from different technical people, financial people and government together.

“There’s a lot of climate funds that are being deployed to support and promote clean energy…and we talked about the challenges that small islands, highly indebted countries have with mobilising some of this capital and making that connection to clean energy,” Jaywardena told IPS.

“They want to do it but there isn’t enough funds and remember there’s a lot of other competing development interests, not just energy but non-energy interests as well. Since this conference leads to the COP in Paris, I think being a part of that climate dialogue is important because it creates an opportunity to begin to access some of those funds.”

“As an example, for Dominica we have an allocation of 10 million dollars from the clean technology fund to support the geothermal and that’s a perfect example of where climate funds could be mobilised to support clean energy in the islands,” Jaywardena added.

Shnell said Caribbean economies are severely affected by the cost of fuel but that should be an incentive to redouble their efforts to get away from importing oil.

“The oil that you import and burn turns right around and contributes to global warming and the potential flooding of the islands, whereas you have some great potential resources there in terms of solar and wind and certainly geothermal,” he said.

“What we’re advocating is the mixture of those resources. We feel it would be a mistake to try to select one and make that your 100 percent source of power or energy but it’s the mix, because of different characteristics of each of them and different timing of availability and so forth, they work much better together.”

He noted that wind and solar are intermittent while utility companies have to provide power all the time.

“So you need something like geothermal or hydropower that works all the time and provides enough energy to keep the grid running even when there is no solar energy. So you need to have a balance of your resources but it is quite possible to have that balance and still make it 100 percent renewable and do without fossil fuels altogether,” Shnell said.

A legislator in St. Kitts and Nevis said the twin island federation has gone past fossil fuel generation and is now adopting solar energy with one plant on St. Kitts generating just below 1 megawatt of electricity and another being developed which would produce 5 megawatts.

“In terms of solar we’ll be near production of 1.5 megawatts of renewable energy. As a government we are going full speed ahead in relation to ensuring that there’s renewable energy, of course, where the objective is to reduce electricity costs in St. Kitts and Nevis,” Energy Minister Ian Liburd told IPS.

In late 2013 legislators in Nevis selected Nevis Renewable Energy International (NREI) to develop a geothermal energy project, which they said would eventually eliminate the need for existing diesel-fired electrical generation by replacing it with renewable energy.

Edited by Kitty Stapp

Despite being a relatively small source of greenhouse gas emissions, the Caribbean region has been taking steps to introduce renewable energy sources like wind, solar and geothermal, which also reduce its dependence on expensive oil imports.

By Kitty Stapp
NEW YORK, Jun 24 2015 (IPS)

Despite being a relatively small source of greenhouse gas emissions, the Caribbean region has been taking steps to introduce renewable energy sources like wind, solar and geothermal, which also reduce its dependence on expensive oil imports.

A wind park in the southern Mexican state of Oaxaca, where local communities and indigenous people are fighting the installation of wind turbines in their territory. Credit: Courtesy of the International Service for Peace (SIPAZ)

By Emilio Godoy
MEXICO CITY, Jun 3 2015 (IPS)

“It hurts us that our land is affected, and the environmental impacts are not even measured. Wind farm projects affect streams and hurt the flora,” said Zapotec Indian Isabel Jiménez, who is taking part in the struggle against the installation of a wind park in southern Mexico.

The 42-year-old healer says the turbines endanger medicinal plants, which are essential for her traditional healing work in the city of Juchitán in the state of Oaxaca, 720 km south of the capital.

“We are right, we know the truth,” Jiménez told IPS. “That’s why we are resisting this, and exercising our rights.”

The Zapotec indigenous woman is one of the leaders of the opposition to the Energía Eólica del Sur (Wind Energy of the South) company’s plans to build a wind park in the area to generate 396 MW that would feed into regional power grids.

Jiménez belongs to the Asamblea Popular del Pueblo Juchiteco – the Juchiteco People’s Assembly – founded in February 2013 to protect the rights of native communities in the face of the introduction of wind farms in their territories.

They are protesting the ecological, social and economic damage caused by wind parks.“They threaten us, they insult us, they spy on us, they block our roads. We don’t want any more wind turbines; they have to respect our territory because it is the last land we have left.” – Isabel Jiménez

In addition, they are complaining about incompliance with International Labour Organisation (ILO) Convention 169 Concerning Indigenous and Tribal Peoples, which requires prior, free and informed consent, and the U.N. Declaration on the Rights of Indigenous Peoples, both of which have been ratified by Mexico.

In November an inter-institutional technical committee made up of delegates of local, state and federal governments began a consultation process with regard to the wind park, and decided to conclude the informative phase in April despite the objections raised by local communities, and move on to the deliberative phase to discuss the viewpoints of the different parties.

Local inhabitants worry that the procedure followed will be used as a model for future projects forming part of the country’s energy reform, whose legal framework was enacted in August 2014, opening up electricity generation and sales, including renewables, as well as oil and gas extraction, refining, distribution and retailing, to participation by the domestic and foreign private sectors.

“The problem is that there has been no consultation process to obtain free, prior and informed consent,” Antonio López, a lawyer with the non-governmental Economic, Social and Cultural Rights Project (PRODESC), told IPS. “They are trying to speed up these processes, and the conditions are created to hold a certain kind of consultation process favourable to the projects.”

PRODESC advises local communities in the area in defence of their rights.

On Apr. 24, Zapotec communities filed a lawsuit in federal court against the consultation process that was carried out. The ruling is expected to be handed down shortly.

Juchitán is located in the Isthmus of Tehuantepec, a windy narrow land bridge between the Atlantic and Pacific oceans in Mexico’s southern state of Oaxaca where a large proportion of the country’s wind energy projects are being developed.

The isthmus, which is 200 km wide, is now home to 21 wind farms, including 12 in Juchitán, according to the Mexican Wind Energy Association.

Renewable energies, not including large hydropower dams, account for seven percent of electricity generation in Mexico. Wind power generates 2,551 MW a year, and the plan is to scale that up to 15,000 MW by 2020.

According to the National Institute of Statistics and Geography, there are 11 million indigenous people, distributed in 54 different communities, in this country of 120 million people. But that figure is considered an underestimate because it only includes people over five who speak a native language.

The Isthmus of Tehuantepec is mainly inhabited by Zapotec, Huave, Zoque, Mixe and Chontal Indians.

“There have been many problems with the application of the consultation process, such as a lack of information and attacks on community leaders and rights defenders,” Andrea Cerami, a lawyer with the defence and public policies section of the non-governmental Mexican Centre for Environmental Law (CEMDA), told IPS.

He said that when a state plans infrastructure works or other projects in native territories without due consultation, it violates the rights of communities, which are protected by international treaties and national laws.

Mexico’s laws on fossil fuels and the power industry, which form part of the country’s energy reform, stipulate that local communities must be consulted. But the law on fossil fuels does not offer a way out for the owners of land, who must reach an agreement with the public or private companies in question or accept an eventual court verdict.

Civil society organisations complain that the planned energy projects would overlap rural indigenous territories – a source of conflict that makes properly conducted consultation processes essential.

Since January, Rarámuri indigenous communities in the northern state of Sinaloa have blocked the construction of a gas pipeline between Sinaloa and the U.S. state of Texas across the border, until a consultation process is carried out to obtain their free, prior and informed consent.

The Yaqui Indians in the northern state of Sonora are likewise fighting the Acueducto Independencia, a pipeline that has carried water from Sonora to the northern city of Hermosillo since March 2013, despite several victories in court by the native communities.

In Oaxaca, Mixe indigenous groups had to go to federal court to see their right to consultation enforced before the National Water Commission, with respect to the use of wells on their land.

“They threaten us, they insult us, they spy on us, they block our roads,” complained Jiménez, who has practiced traditional healing since 1993. “We don’t want any more wind turbines; they have to respect our territory because it is the last land we have left.”

Energía Eólica del Sur has a history of conflicts. Until 2013 the company was named Mareña Renovables, which tried to build a 396 MW wind farm in the town of San Dionisio del Mar, on Oaxaca’s Pacific coast.

But the wind park, with a projected investment of 1.2 billion dollars, including 75 million from the Inter-American Development Bank (IDB), has been stalled since 2013 as a result of court verdicts in favour of the local communities that would have been affected. As a result, Energía Eólica del Sur decided to move to Juchitán.

In December 2012 the international Indian Law Resource Center filed a complaint on behalf of 225 inhabitants of seven indigenous communities with the IDB’s Independent Consultation and Investigation Mechanism (ICIM), regarding the loan.

The complaint seeks damages given the absence of adequate consultation with the communities at the start of the project and the lack of measures in its design and execution aimed at avoiding negative impacts.

In September 2013, the IBD’s Panel of the Compliance Review Phase admitted the complaint. It has been investigating the case since December 2014, in order to draw up a report and proceed to oversee compliance with its provisions.

“This is an opportunity to make sure people are informed in the future,” López said. “We want to give the legal system a chance to respect human rights.”

Cerami, whose organisation, CEMDA, advises the Yaqui Indians in their struggle, said the consultation process helps defuse conflicts.

“Already existing social and environmental conflicts can be exacerbated, and they can escalate in intensity and trigger other kinds of actions,” he said. “The consultation is a mechanism for dialogue that should favour broad participation and help parties with different interests reach understandings.”

Edited by Estrella Gutiérrez/Translated by Stephanie Wildes

Paris Mayor Anne Hidalgo with African women mayors who are calling for greater attention to communities without electricity, given the inextricable link between climate change and energy. Credit: A.D. McKenzie

By A. D. McKenzie
PARIS, May 18 2015 (IPS)

When some 40,000 delegates, including dozens of heads of state, descend on Paris for the United Nations Climate Change Conference later this year, a group of African women mayors plan to be there and make their voices heard on a range of issues, including electrification.

The mayors, representing both small and big towns on the continent, are calling for greater attention to communities without electricity, given the inextricable link between climate change and energy.

“In my commune, only one-fifth of the people have access to electricity, and this of course hampers development,” Marie Pascale Mbock Mioumnde, mayor of Nguibassal in Cameroon, told a recent meeting of women mayors in Paris.“As mayors we’re closer to the population, and when we work together, there’s hope” – Marie Pascale Mbock Mioumnde, mayor of Nguibassal, Cameroon

Mbock Mioumnde was one of 18 women mayors at last month’s meeting, hosted by Paris mayor Anne Hildalgo and France’s former environment minister Jean-Louis Borloo, who now heads the Fondation Énergies pour l’Afrique (Energy for Africa Foundation).

Organisers said the meeting was called to highlight Africa’s energy challenges in the run-up to COP 21 (the 21^st session of the Conference of the Parties to the 1992 United Nations Framework Convention on Climate Change), which will take place from Nov. 30 to Dec. 11 and which has the French political class scrambling to show its environmental credentials.

Mbock Mioumnde told IPS in an interview that clean, renewable energy was a priority for Africa, and that political leaders were looking at various means of electrification including hydropower and photovoltaic energy and, but not necessarily, wind power – a feature in many parts of France.

“We plan to maintain this contact and this network of women mayors to see what we can accomplish,” said Mbock Mioumnde. “As mayors we’re closer to the population, and when we work together, there’s hope.”

Hidalgo, the first woman to hold the office of Paris mayor, said she wanted to support the African representatives’ appeal for “sustainable electrification”, considering that two-thirds of Africa’s population, “particularly the most vulnerable, don’t have access to electricity.”

Currently president of the International Association of Francophone Mayors (AIMF), Hidalgo said it was essential to find ways to speed up electrification in Africa, using clean technology that respects the environment and the health of citizens.

The mayors meeting in Paris in April also called for the creation of an “African agency devoted to this issue” that would be in charge of implementing the complete electrification of the continent by 2025.

Present at the conference were several representatives of France’s big energy companies such as GDF Suez – an indication that France sees a continued business angle for itself – but the gathering also attracted NGOs which have been working independently to set up solar-power installations in various African countries.

“I’m happy that women are organising on this issue. We need solidarity,” said Hidalgo, who has been urging Paris residents to become involved in climate action, in a city that has come late to environmental awareness, especially compared with many German and Swiss towns.

“The Climate Change Conference is a decisive summit for the planet’s leaders and decision-makers to reach an agreement,” Hidalgo stressed.

Climate change issues have an undeniable gender component because women are especially affected by lack of access to clean sources of energy.

Ethiopian-born, Kenya-based scientist Dr Segenet Kelemu, who was a winner of the 2014 L’Oréal-UNESCO Awards for Women in Science, spoke for example of growing up in a rural village in Ethiopia with no electricity, no running water and no indoor plumbing.

“I went out to collect firewood, to fetch water and to take farm produce to market. Somehow, all the back-breaking tasks in Africa are reserved for women and children,” she told a reporter.

This gender component was also raised at a meeting May 7-8 in Addis Ababa, where leaders of a dozen African countries agreed on 12 recommendations to improve the regional response to climate change.

The recommendations included increasing local technological research and development; reinforcing infrastructure for renewable energy, transportation and water; and “mainstreaming gender-responsive climate change actions”.

The meeting was part of a series of ‘Climate Vulnerable Forum (CVF)’ workshops being convened though June 2015 in Asia, Latin America, the Pacific and the Middle East. The CVF was established to offer a South-South cooperation platform for vulnerable countries to deal with issues of climate change.

In Paris, Hidalgo’s approach includes gathering as many stakeholders as possible together to reach consensus before the U.N. summit. With Ignazio Marino, the mayor of Rome, Italy, she also invited mayors of the “capitals and big towns” of the 28 member states of the European Union to a gathering in March.

The mayors, representing some 60 million inhabitants, stressed that the “fight against climate change is a priority for our towns and the well-being of our citizens.”

Hidalgo’s office is now working on a project to have 1,000 mayors from around the world present at COP 21, a spokesperson told IPS. The stakes are high because the French government wants the summit to be a success, with a new global agreement on combating climate change.

Borloo, who was environment minister in the administration of former president Nicolas Sarkozy, used to advocate for France’s “climate justice” proposal, aimed at giving financial aid to poor countries to combat climate change.

Calling for a “climate justice plan” to allow poor countries to “adapt, achieve growth, get out of poverty and have access to energy,” Borloo was a key French player at COP 15 in Copenhagen in 2009, but that conference ended in disarray. The question now is: will a greater involvement of women leaders and mayors make COP 21 a success?

Edited by Phil Harris    

Installation of bird flight diverters by helicopter on a high voltage power line in Germany. Credit: © RWE Netzservice

By Jacques Trouvilliez and Patricia Zurita
BONN, May 9 2015 (IPS)

Climate change is one of the greatest risks to human societies, but also to biodiversity, often creating a “snowball effect” exacerbating existing pressures such as habitat fragmentation.

Consequently, the conservation community, including inter-governmental treaties such as AEWA and NGOs such as BirdLife International, is strongly advocating genuine attempts to address its causes and mitigate its effects. We can square this particular circle: producing renewable energy to help combat climate change without inadvertently hammering another nail in the coffin of our endangered wildlife.

Alongside cutting energy demand and increasing energy efficiency, developing renewable sources of energy is essential in order to reduce the amount of fossil fuels burned and the emission of greenhouse gases. There is little doubt that the development and deployment of renewable energies are vital if we are to end our dependency on traditional fuels.

However, appropriate planning, assessment and monitoring of renewable infrastructure are necessary in order to prevent adverse effects to wildlife.  All the innovative technologies being developed – wind turbines, solar panels, tidal, wave and hydropower – can have distinct drawbacks as far as wild animals – and particularly migratory birds – are concerned, if not sited correctly.

One thing that conventional and renewable energies often have in common is the need to transfer power from the point of production to the consumers.  Natural habitat is sacrificed so that power lines can be constructed.

The pylons and cables form a barrier to migration – and large birds are most vulnerable – perching on the structures, their long wing span can often lead to short circuits; this is fatal to the electrocuted bird but also inconvenient for the customer whose electricity supply is interrupted. The birds that most commonly fall victim are from long-lived, slow-breeding species that cannot sustain these losses.

Power lines are not the only hazard – wind turbines take a toll too.  The Spanish Ornithological Society says that more than 18,000 wind turbines in Spain are causing significant mortality of raptors and bats, including threatened species.

It would be foolish for conservationists to oppose all forms of renewable energy just as it would be foolish to welcome any proposal to build a windfarm, barrage or solar plant unquestioningly.  What needs to be done is to find the right balance.

The Parties to the Convention on the Conservation of Migratory Species of Wild Animals (CMS), under which AEWA was concluded, adopted a resolution calling for appropriate Strategic Environment Assessments and Environmental Impact Assessments procedures to be put in place, which would mean applying rigorous planning guidance.

It would involve following a simple sequence: first, developments should be avoided in the most sensitive locations, e.g. bottlenecks on birds’ migration routes.  Everywhere else, mitigation measures should be taken and a last resort compensatory actions should be considered.

And some mitigation measures bring large gains at little cost– shutting off wind farms when migrating birds are passing has proven to have reduced the mortality rate of the Griffon Vulture by 50 percent in Spain – while lost electricity production was less than 1.0 percent.

The design and placement of the pylons are also very important – in forested landscapes for example, it is best if the structures do not protrude above the canopy.  Monitoring in France over the past 20 years has shown that attaching spirals to power lines at regular intervals to make them more visible can lead to a reduction in the fatalities as a result of collisions.

The next few decades will see a massive increase in demand for power in developing countries in Africa – and this will be matched by expansion of both renewable generation capacity and grid connections.  The danger is that if the design and location are not right, further devastating losses to the continent’s birdlife will be inevitable.

We need to increase our knowledge and to share it once it has been acquired.  This will entail close cooperation between conservationists on the one hand and the power companies on the other.

CMS and AEWA have produced the first version of a set of guidelines on the appropriate deployment of renewable energy technology and the BirdLife International network can provide the expertise on the ground to ensure that we can square this particular circle: producing renewable energy to help combat climate change without inadvertently hammering another nail in the coffin of our endangered wildlife.

Edited by Kitty Stapp

Excerpt:

Canada’s Erie Shores Wind Farm includes 66 turbines with a total capacity of 99 MW. Credit: Denise Morazé/IPS

By Kitty Stapp
NEW YORK, Apr 21 2015 (IPS)

Climate change may be one of the most divisive issues in the U.S. Congress today, but despite the staunch denialism of Republicans, experts say the global transition from fossil fuels to renewables is already well underway.

A new book published by the Washington-based Earth Policy Institute finds that a steep decline in the price of solar photovoltaic (PV) panels (by three-fourths between 2009 and 2014, to less than 70 cents a watt) has helped the industry grow 50 percent per year."If they truly want to keep their own jobs, our elected leaders will soon see ties with coal, oil and gas as a serious political liability.” -- Kyle Ash of Greenpeace USA

Wind power capacity grew more than 20 percent a year for the last decade, now totalling 369,000 megawatts, enough to power more than 90 million U.S. homes.

In China, electricity generation from wind farms now exceeds that from nuclear plants, while coal use appears to be peaking.

“Wind farms and solar PV systems will likely continue to anchor the growth of renewables,” Matthew Roney, a co-author of “The Great Transition”, told IPS. “They’re already well established, with costs continuing to drop, and their ‘fuels’ are widespread and abundant.”

With international initiatives like the U.N. Secretary-General’s Sustainable Energy for All and new development goals in the offing, donors and policy-makers are looking to massively scale up these tried-and-true clean technologies.

“One of solar’s advantages is that not only is it increasingly competitive with the average cost of grid electricity around the world, it can make economic sense for many of the 1.3 billion people who do not yet have access to electricity,” Roney said.

The book also notes that 70 countries now have feed-in tariffs, a policy mechanism designed to accelerate investment in renewable energy technologies by offering long-term contracts to renewable energy producers. Another two dozen have renewable portfolio standards (RPS), 37 countries offer production or investment tax credits for renewables, and 40 countries are implementing or planning carbon pricing.

In the U.S., reliance on coal is dwindling – it fell 21 percent between 2007 and 2014 – and more than one-third of the nation’s coal plants have already closed or announced plans for future closure.

But according to Greenpeace and other civil society watchdog groups, the industry is trying to get a new lease on life by pushing so-called carbon capture and sequestration (CCS) – where waste carbon dioxide (CO2) is captured from large point sources, such as power plants, and transported to a storage site — what Greenpeace has dubbed a “Carbon Capture Scam.”

The Barack Obama administration advocates CCS as part of its “all of the above” energy strategy, the group says in a recent analysis, even though the government’s own projections show that it would cost almost 40 percent more per kilogramme of avoided carbon dioxide than solar photovoltaic, 125 percent more than wind and 260 percent more than geothermal.

“The most fair-weather politician, if honest, should agree that advocating for renewables is a winning campaign strategy,” Greenpeace USA legislative representative Kyle Ash told IPS.

“Do they really care about jobs? Do they really care about U.S. competitiveness and energy independence?” he asked. “The president and Congress have no shortage of reasons to acknowledge renewables are the only path forward when it comes to energy production. If they truly want to keep their own jobs, our elected leaders will soon see ties with coal, oil and gas as a serious political liability.”

The Environmental Protection Agency’s proposed carbon rule requires that new coal plants capture CO2, and emphasises the CO2 be used to augment oil extraction. Oil rigs then pump the carbon dioxide underground so the oil expands and more is forced up the well.

Greenpeace says that rather than actually storing carbon, it comes right back up the well with the oil. Every major power plant CCS project in the United States intends to sell the scrubbed carbon to the oil extraction industry.

“We don’t just have statistics, technology, and climate science on our side – we have a growing body politic that is opposing fracking, tar sands, coal exports, and other ways an archaic industry is trying to hold on,” Ash said.

“CCS is really the last gasp of the political pandering to coal, an industry widely known to have been horrible to workers and horrible for the environment. What we should soon see is more pandering to workers and the environment.”

The Obama administration has won kudos from environmental groups, including Greenpeace, for at least acknowledging the problem. In a videotaped statement for Earth Day this year, the U.S. president declared that “Today, there’s no greater threat to our planet than climate change.”

The million-dollar question, most scientists say, is whether the transition to renewables will be fast enough to restrict warming to the benchmark two-degree increase by 2020, beyond which the consequences could be catastrophic.

“Although the adoption of renewable energy worldwide is moving in the right direction, more quickly than virtually anyone predicted even five years ago, the race is definitely not over yet,” Roney said. “Cutting into oil use by electrifying the transport sector is key, but electric vehicle adoption is not yet moving quickly enough to have a big impact.”

He noted that batteries, a major part of the price tag for an EV, are set to come down by half by 2020, according to UBS, making EVs fully competitive with conventional cars.

“At that point, buying an EV over a car that runs on gasoline will be a no-brainer, with up to 2,400 dollars in anticipated annual savings on gas. More broadly, pricing carbon would likely be the most effective way to accelerate the shift fast enough to keep climate change from spiraling out of control,” Roney said.

“The good news is that some 40 countries now have implemented or plan to implement carbon pricing, through a cap and trade system or carbon tax, including China. When its anticipated national cap and trade system begins in 2016, roughly a quarter of global carbon emissions will be priced—not nearly enough, but a decent start.”

Edited by Kanya D’Almeida

Driven by solar and wind, world investments in renewable energy leapt in 2014. Photo credit: Jürgen from Sandesneben, Germany/Licensed under CC BY 2.0

By Sean Buchanan
ROME, Mar 31 2015 (IPS)

Driven by solar and wind, world investments in renewable energy reversed a two-year dip last year, brushing aside the challenge from sharply lower oil prices and registering a 17 percent leap over the previous year to stand at 270 billion dollars.

These investments helped see an additional 103Gw of generating capacity – roughly that of all U.S. nuclear plants combined –around the world, making 2014 the best year ever for newly-installed capacity, according to the 9th annual “Global Trends in Renewable Energy Investments” report from the U.N. Environment Programme (UNEP) released Mar. 31.

Prepared by the Frankfurt School-UNEP Collaborating Centre and Bloomberg New Energy Finance, the report says that a continuing sharp decline in technology costs – particularly in solar but also in wind – means that every dollar invested in renewable energy bought significantly more generating capacity in 2014."Climate-friendly energy technologies are now an indispensable component of the global energy mix and their importance will only increase as markets mature, technology prices continue to fall and the need to rein in carbon emissions becomes ever more urgent" – Achim Steiner, Executive Director of UNEP

In what was called “a year of eye-catching steps forward for renewable energy”, the report notes that wind, solar, biomass and waste-to-power, geothermal, small hydro and marine power contributed an estimated 9.1 percent of world electricity generation in 2014, up from 8.5 percent in 2013.

This, says the report, means that the world’s electricity systems emitted 1.3 gigatonnes of CO2 – roughly twice the emissions of the world’s airline industry – less than it would have if that 9.1 percent had been produced by the same fossil-dominated mix generating the other 90.9 percent of world power.

“Once again in 2014, renewables made up nearly half of the net power capacity added worldwide,” said Achim Steiner, Executive Director of UNEP. “These climate-friendly energy technologies are now an indispensable component of the global energy mix and their importance will only increase as markets mature, technology prices continue to fall and the need to rein in carbon emissions becomes ever more urgent.”

China saw by far the biggest renewable energy investments last year – a record 83.3 billion dollars, up 39 percent from 2013. The United States was second at 38.3 billion dollars, up seven percent on the year (although below its all-time high reached in 2011). Third came Japan at 35.7 billion dollars, 10 percent higher than in 2013 and its biggest total ever.

According to the report, a prominent feature of 2014 was the rapid expansion of renewables into new markets in developing countries, where investments jumped 36 percent to 131.3 billion dollars. China with 83.3 billion, Brazil (7.6 billion), India (7.4 billion) and South Africa (5.5 billion) were all in the top 10 investing countries, while more than one billion dollars was invested in Indonesia, Chile, Mexico, Kenya and Turkey.

Although 2014 was said to be a turnaround year for renewables after two years of shrinkage, multiple challenges remain in the form of policy uncertainty, structural issues in the electricity system and even the very nature of wind and solar generation which are dependent on breeze and sunlight.

Another challenge, says the report, is the impact of the more than 50 percent collapse in oil prices in the second half of last year.  However, according to Udo Steffens, President of the Frankfurt School of Finance and Management, the price of oil is only likely to dampen investor confidence in parts of the sector, such as solar in oil-exporting countries and biofuels in most parts of the world.

“Oil and renewables do not directly compete for power investment dollars,” said Steffens. “Wind and solar sectors should be able to carry on flourishing, particularly if they continue to cut costs per MWh. Their long-term story is just more convincing.”

Of greater concern is the erosion of investor confidence caused by increasing uncertainty surrounding government support policies for renewables.

“Europe was the first mover in clean energy, but it is still in a process of restructuring those early support mechanisms,” according to Michael Liebreich, Chairman of the Advisory Board for Bloomberg New Energy Finance. “In the United Kingdom and Germany we are seeing a move away from feed-in tariffs and green certificates, towards reverse auctions and subsidy caps, aimed at capping the cost of the transition to consumers.

“Southern Europe is still almost a no-go area for investors because of retroactive policy changes, most recently those affecting solar farms in Italy. In the United States there is uncertainty over the future of the Production Tax Credit for wind, but costs are now so low that the sector is more insulated than in the past. Meanwhile the rooftop solar sector is becoming unstoppable.”

A media release announcing publication of the UNEP report said that if the positive investment trends of 2014 are to continue, “it is increasingly clear that major electricity market reforms will be needed of the sort that Germany is now attempting with its Energiewende [energy transition].”

The structural challenges to be overcome are not simple,” it added, “but are of the sort that have only arisen because of the very success of renewables and their over two trillion dollars of investment mobilised since 2004.”

Edited by Phil Harris    

In response to rising demand for electricity, pressure to keep prices affordable and a need to maintain energy security, the Turkish government plans to increase electricity generation from coal.

According to a report on ‘Subsidies to Coal and Renewable Energy in Turkey’ released on Mar. 24,

Turkey already spent more than 730 million dollars in subsidies to the coal industry in 2013.

This figure, says the report, does not even count subsidies under the Turkish government’s ‘New Investment Incentive Scheme’, which provides tax breaks and low-cost loans to coal projects, so the true figure is likely to be even higher.

The report, by the International Institute for Sustainable Development (IISD), says that the Turkish government is planning to triple generation from coal by 2030 despite the fact that renewable energy is already cheaper than coal when external costs, such as health and environmental damage caused by burning coal, are taken into account.

According to the report, the country has developed a strategy “focusing on developing domestic coal resources, such that growth in coal-fired power generation is expected to be highest of all Organisation for Economic Cooperation and Development (OECD) countries.”

Nevertheless, this strategy “also acknowledges the importance of environmental protection and emissions reduction, and foresees a much larger role for renewable energy in the energy future.”

The report comes at a time when public and private institutions are under mounting pressure to stop investing in coal mining companies.

“Subsidies for coal lock in coal power for another generation when renewable sources of energy are less costly for society in economic, social and environmental terms,” said Sevil Acar, Assistant Professor at Istanbul Kemerburgaz University and one of the report’s authors.

The report says that when the costs of coal are compared with the costs of wind and solar energy, taking into account environmental and health costs, electricity from wind power is half the cost of electricity from coal, and solar power is also marginally cheaper than coal.

“This study provides further evidence to support the case for eliminating fossil-fuel subsidies once and for all,” said Peter Wooders, director of IISD’s Energy Programme. “As a G20 country that has already committed to phasing out inefficient fossil-fuel subsidies, this is a call to action for Turkey.”

According to the report, just over half of Turkey’s subsidies are used to provide coal to low-income households and while these serve the important goal of improving energy access, they come at a high health cost and are no replacement for social security programmes.

The report recommends a gradual phase-out of these subsidies in favour of more efficient measures to support access to energy and support social welfare.

Meanwhile, notes the report, coal also remains a significant employer in many areas, and any moves away from coal use would need detailed planning to ensure that affected communities can benefit from compensation measures and additional job creation from new technologies.

Edited by Phil Harris    

Indian coal workers. India announced in November last year that it plans to double coal production to a whopping 1 billion tonnes per annum before the end of this decade, a feat that is going to be highly improbable to pull off. Photo credit: Jaipal Singh/EPA

By Chaitanya Kumar
NEW DELHI, Mar 18 2015 (IPS)

India’s Government under Narendra Modi is in overdrive mode to please businesses and investments in the country. The much aggrandised ‘Make in India’ campaign launched in September 2014 is a clarion call for spurring investments into manufacturing and services in India and all eyes have turned to the power sector which is expected to undergo dramatic shifts.

Piyush Goyal, India’s power minister, announced in November last year that he plans to double coal production in India to a whopping 1 billion tonnes per annum before the end of this decade, a feat that is going to be highly improbable to pull off.

In an effort to enhance production, the Indian government has started a process of auctioning coal blocks, which were de-allocated by the country’s Supreme Court as a result of the coal scam that hit the country in 2012 (and resulted in notional losses of 30 billion dollars to India’s exchequer).

With domestic miners already having shown an aggressive interest in bidding at the first auction last month, a total of 204 coal blocks are set to be auctioned over the next 12 months. The first 32 auctioned blocks have yielded more than 35 billion dollars, exceeding the nominal losses from the coal scam.“[Indian] Prime Minister Modi has made it clear that he does not intend to give into … pressure [to take further action on climate change and rethink its energy options] from any nation but he also cannot afford the ignominy of being singled out as a country that is blocking progressive climate action in Paris”

Coupled with the auctions is the disinvestment of Coal India Limited (CIL), the world’s largest coal mining company. A 10 percent stake sale in early February resulted in a mixed bag response. Another state owned firm, LIC India, lapped up 50 percent of the stocks alongside a couple of international investment funds and a few Indian firms. The move generated 3.6 billion dollars in revenues for the government.

The auctions and the disinvestment of CIL can provide short-term reprieve to India’s energy and fiscal deficit woes, but there are four reasons why investors and the government should be really wary of investing in coal for the long run (10-15 years). The following are the first two.

Unburnable carbon

The reality that a large proportion of coal and other fossil fuels should be left in the ground is rapidly becoming clear to big business and governments around the world. By signing on to a global agreement that pledges to limit the rise in the earth’s surface temperature to 2 degrees Celsius, India along with other major carbon emitters have effectively signalled the imminent decline in the use of fossil fuels in order to avoid the worst impacts of global warming.

To achieve this much needed and agreed upon limit on temperature rise, 82 percent of known global coal reserves should remain unextracted. This roughly translates into 66 percent of known coal reserves in India and China that should be left in the ground, according to a study published in the reputed journal Nature.

These stranded assets, or unburnable carbon, is what the Intergovernmental Panel on Climate Change (IPCC), the scientific body that informs climate policy around the world, also highlighted in its recent report on climate change mitigation.

This new reality is unravelling quicker than expected and gaining credence from the most unlikely of places. Even the International Energy Agency (IEA), which has faced consistent criticism in underplaying the role of renewable energy in favour of nuclear and fossil fuels, stated recently that “no more than one-third of proven reserves of fossil fuels can be consumed prior to 2050 if the world is to achieve the 2 degrees C goal”.

IEA’s Chief Economist Fatih Birol warned that “we need to change our way of consuming energy within the next three or four years,” because, otherwise, “in 2017, all of the emissions that allow us to stay under 2°C will be locked in.”

Coal is fast losing the rug under its feet. Nick Nuttall, the spokesman for the UN Framework Convention on Climate Change (UNFCCC) said of divestment: “We support divestment as it sends a signal to companies, especially coal companies, that the age of ‘burn what you like, when you like’ cannot continue.

This proposition will be contested fiercely by the Indian government as much as by any fossil fuel company, but as nations – under pressure – prepare to deliver a strong global climate agreement at the U.N. Climate Change Conference in Paris in December, long-term investments in coal in this rapidly growing economy will stand on very thin ice.

Even U.S. President Barack Obama’s statements during his recent visit to India suggest diplomatic pressure on India to take further action on climate change and rethink its energy options for the immediate future.

Prime Minister Modi has made it clear that he does not intend to give into such pressure from any nation but he also cannot afford the ignominy of being singled out as a country that is blocking progressive climate action in Paris.

Thermal coal reaches retirement age – it’s time for renewable energy

A new report from Goldman Sachs starts with this gem of a sentence:  “Just as a worker celebrating their 65th birthday can settle into a more sedate lifestyle while they look back on past achievements, we argue that thermal coal has reached its retirement age.”

The latest data reveal that coal consumption is declining in many parts of the world, including across Europe as a whole, the United States and now, surprisingly, even China registered a small but historic decline in its coal consumption last year. The retirement of dirty coal plants in developed economies is set to cement this trend in the coming few years.

The most recent blow comes from the world’s largest sovereign fund, as Norway’s Government Pension Fund Global (GPFG), worth 850 billion dollars, announced that it had dumped 40 major coal mining companies from its portfolio on environmental and climate grounds.

Besides the climate concern, economics is increasingly in favour of alternative sources of energy, such as wind and solar.

In 2014, we saw a precipitous drop in the cost of solar energy in India. Bidding prices came down as low as 6.5 rupees a unit, a 61 percent drop over the last three years, compared with the average unit price of conventional energy like coal at around 5.5 rupees a unit.

Coupled with dramatic drops in costs of solar equipment such as panels, alongside operational, capital and maintenance costs, the path is clearly open for solar to achieve grid parity by 2017.

Meanwhile, onshore wind has in fact become the cheapest way to generate electricity in the world, laying the claims of cheap coal to rest. A report from the International Renewable Energy Agency (IRENA), an intergovernmental research organisation, has laid bare the facts.

According to the report, the levelised cost of energy or LCOE (that is, all costs considered except externalities like subsidies or environmental impacts) for solar and wind already makes them highly competitive with fossil fuel-based electricity.

The oft cited issues of high capital costs and intermittency notwithstanding, prices of small-scale residential rooftop solar systems also dropped in the range of 40-65 percent between 2008 and 2014 in Europe and the United States.

What does this mean for coal in India? If the above numbers are any measure of the future of the energy sector, heavy investments in coal beyond this decade would be economic suicide.

Coal plants once established have a lifetime of at least 30 years and given the market volatility for coal, owing to rising costs of mining and uncertain fuel supply agreements, greater prices for end consumers is inevitable.

Many pundits in India appreciate this reality and the government has given the right indicators on its pursuit of renewable energy. With a target of 165 GW, India has set an ambitious goal of adding 60 percent to its total current capacity from just solar and wind by 2022.

Edited by Phil Harris    

The views expressed in this article are those of the author and do not necessarily represent the views of, and should not be attributed to, IPS – Inter Press Service. 

Excerpt:

The Bahamas is focusing on renewable energy as it tries to preserve gains in tourism. Credit: Kenton X. Chance/IPS

By Kenton X. Chance
ABU DHABI, Jan 21 2015 (IPS)

When it comes to tourism in the 15-member Caribbean Community (CARICOM), The Bahamas — 700 islands sprinkled over 100,000 square miles of ocean starting just 50 miles off Florida — is a heavyweight.

With a gross domestic product of eight billion dollars, the Bahamian economy is almost twice the size of Barbados, another of CARICOM’s leading tourism destinations."Reducing our various countries’ dependence on fossil fuels, ramping up renewable energy, building more climate change resilience is incredibly important for us." -- Environment Minister Kenred M.A. Dorsett

Visitors are invited to “imagine a world where you can’t tell where dreams begin and reality ends.”

However, in the country’s Ministry of the Environment, officials have woken up to a reality that could seriously undermine the gains made in tourism and elsewhere: renewable energy development.

In 2014, in a clear indication of its intention to address its poor renewable energy situation, The Bahamas joined the International Renewable Energy Agency (IRENA).

The Abu Dhabi-based intergovernmental organisation supports countries in their transition to a sustainable energy future. IRENA also serves as the principal platform for international cooperation, a centre of excellence, and a repository of policy, technology, resource and financial knowledge on renewable energy.

The Bahamas has also advanced its first energy policy, launched in 2013, and has committed to ramping up to a minimum of 30 per cent by 2033 the amount of energy it generates from renewable sources.

“Currently, we are debating in Parliament an amendment to the Electricity Act to make provision for grid tie connection, therefore making net metering a reality using solar and wind technology,” Minister of Environment and Housing Kenred M.A. Dorsett told IPS on the sidelines of Abu Dhabi Sustainability Week (ADSW).

ADSW is a global forum that unites thought leaders, policy makers and investors to address the challenges of renewable energy and sustainable development. The week includes IRENA’s Fifth Assembly, the World Future Energy Summit, and the International Water Summit.

But Dorsett was especially interested in the IRENA assembly, which took place on Jan. 17 and 18.

At the assembly, ministers and senior officials from more than 150 countries met to discuss what IRENA has described as the urgent need and increased business case for rapid renewable energy expansion.

Dorsett came to Abu Dhabi with a rather short shopping list for both his country and the CARICOM region, and says he did not leave empty-handed.

“Our involvement in IRENA is important because the world over is concerned with standardisation of technology to ensure that our citizens are not taken advantage of in terms of the technology we import as we advance the renewable energy sector,” he told IPS.

“We certainly were able to engage IRENA in discussions with respect to what the Bahamas is doing, and our next steps and they have indicated to us that they will be able to assist us on the issue of standardisation,” Dorsett tells IPS.

Minister of the Environment and Housing in The Bahamas, Kenred Dorsett. Credit: Kenton X. Chance/IPS

He says IRENA has developed a programme that looks at practical consideration for the implementation or ramping up of renewable energy, including assistance in developing regulations for ensuring that standards are maintained.

“So, I think from our perspective, it is clear to us that IRENA would be prepared to assist us on that particular issue, and I think that generally speaking, what I certainly found was that the meeting was very innovative, particularly in light of the fact that there was a lot of technical support for countries looking to implement or deploy renewable energy technologies,” he said of Bahamas-IRENA talks on the sidelines of the assembly.

Dorsett also wanted IRENA to devote some special attention to CARICOM, a group of 15 nations, mostly Caribbean islands, in addition to Belize, Guyana and Suriname.

At a side event — “Renewables in Latin America: Challenges and Opportunities” — ahead of the Assembly, there was no distinction between Caribbean and Latin American nations.

“… I think that’s very, very important for us as region, as we move to ensure that CARICOM itself is a region of focus for IRENA, that we are not consumed in the entire Latin America region and there is sufficient focus on us,” he told IPS ahead of the assembly.

Dorsett is now convinced that CARICOM positions will be represented as Trinidad and Tobago, another CARICOM member, and the Bahamas, have been elected to serve on IRENA Council in 2015 and 2016, respectively.

“We do know that deployment of renewable energy in our region is important, we are small island development states, we live in [low-lying areas] and sea level rise is a major issue for us in the Caribbean region.

“Therefore, reducing our various countries’ dependence on fossil fuels, ramping up renewable energy, building more climate change resilience is incredibly important for us,” he told IPS.

Meanwhile, Director-General of IRENA, Adnan Amin, said that his agency is “trying to develop a new type of institution for a new time”.

“We know that the islands’ challenges are very particular. We have developed a lot of expertise in doing that, and we know in a general sense the challenge they face is quite different from mainland Latin America,” Amin told IPS. “So we see them as logically separate entities in what kinds of strategies we will have.”

He says IRENA has been working in the Pacific islands — early members of the agency — and is moving into the Caribbean.

Adnan Amin, Director-General of the International Energy Agency, says the Caribbean has “particular” renewable energy considerations that are distinct from Latin America. Credit: Kenton X. Chance/IPS

IRENA is already working in the Caribbean nations of Antigua and Barbuda, Barbados, Grenada, and Jamaica, and this year agreed to lend St. Vincent and the Grenadines 15 million dollars to help fund its 10-15 megawatt geothermal power plant, expected to come on stream by 2018.

Dorsett is also pleased that at the assembly the Bahamian delegation was able to get a briefing on the advances of technology that stores electricity generated from renewable sources.

“That also can prove to be very important for us as many Caribbean counties are faced with addressing the issue of grid stability,” he told IPS, adding that the ability to have storage that is “appropriately priced and that works efficiently” can help the Bahamas to exceed the average of 20 to 40 per cent of electricity generated by renewable sources by many countries.

The Bahamas woke up to the realities of its poor renewable energy situation in 2013 when Guilden Gilbert, head the country’s Renewable Energy Association, decried the nation for not doing enough to advance renewable energy generation.

The call came after the release of a report by Castalia-CREF Renewable Energy Islands Index for the Caribbean, which ranked the Bahamas 26 out of 27 countries in the region for its progress and prospects in relation to renewable energy investments.

The 2012 edition of the same report had ranked The Bahamas 21 out of the 22 countries on the list.

In the two years leading up to the announcement of the “National Energy Policy & Grid Tie In Framework”, The Bahamas established an Energy Task Force responsible for advising on solutions to reducing the high cost of electricity in the country.

The government also eliminated tariffs on inverters for solar panels and LED appliances to ensure that more citizens would be able to afford these energy saving devices.

The government also advanced two pilot projects to collect data on renewable energy technologies. The first project provided for the installation of solar water heaters and the second project for the installation of photovoltaic systems in Bahamian homes.

Dorsett tells IPS that he thinks that it is “incredibly important” that CARICOM focuses on renewable energy generation.

“I think CARICOM, as a region, has to look at renewable energy sources to build a sustainable energy future for our region as well as to ensure that we build resilience as we address the issues of climate change,” he tells IPS.

However, in some CARICOM nations, there is a major hurdle that policy makers, such as Dorsett, will have to overcome before the bloc realises its full renewable energy potential.

“There are very special challenges in the Caribbean. For example, many of the utilities are foreign-owned and they negotiated 75-year-long, cast-iron guarantees on their existence,” Amin tells IPS.

“They were making money off diesel. They have no incentive to move to renewables, but we are moving ahead,” the IRENA chief says.

Edited by Kitty Stapp

The writer can be contacted at Kentonxtchance@gmail.com

Follow him on Twitter @KentonXChance

In 2010, the 13-kilometre-long island of Nevis launched the first-ever wind farm to be commissioned in the OECS with a promise to provide jobs for islanders, a reliable supply of wind energy, cheaper electricity and a reduction in surcharge and the use of imported oils. Credit: Desmond Brown/IPS

By Desmond Brown
BASSETERRE, St. Kitts, Jan 13 2015 (IPS)

The Caribbean nation of St. Kitts and Nevis, on a quest to become the world’s first sustainable island state, has taken a giant leap in its programme to cut energy costs.

Last week, the government broke ground to construct the country’s second solar farm, and Prime Minister Dr. Denzil Douglas told IPS his administration is “committed to free the country from the fossil fuel reliance” which has burdened so many nations for so very long.“This farm will reduce the amount of carbon dioxide that St. Kitts and Nevis pumps into the atmosphere. It will move forward our country’s determination to transform St. Kitts and Nevis into a green and sustainable nation." -- Prime Minister Dr. Denzil Douglas

Douglas said the aim is “to harness the power of the sun – a power which nature has given to us in such great abundance in this very beautiful country, St. Kitts and Nevis.

“The energy generated will be infused into the national grid, and this will reduce SKELEC’s need for imported fossil fuels,” he said, referring to the state electricity provider.

“This farm will reduce the amount of carbon dioxide that St. Kitts and Nevis pumps into the atmosphere. It will move forward our country’s determination to transform St. Kitts and Nevis into a green and sustainable nation. It will reduce the cost of energy and it will reduce the cost of electricity for our consumers,” Douglas added.

Electricity costs more than 42.3 cents per KWh in St. Kitts and Nevis.

Construction of the second solar plant is being funded by the St. Kitts Electricity Corporation (SKELEC) and the Republic of China (Taiwan). SKELEC is assuming 45 percent of the cost and the Republic of China (Taiwan) 55 percent of the costs.

The first solar farm, commissioned in September 2013, generates electricity for the Robert L. Bradshaw International Airport.

Meanwhile, as environmental sustainability gains traction in the Caribbean, the executive director of the United Nations Environment Programme (UNEP), Achim Steiner, said the region is on the right track to better integrate environmental considerations into public policies.

“I think in some respects it is in the Caribbean that we are already seeing some very bold leadership,” Steiner told IPS.

“The minute countries start looking at the implications of environmental change on their future and the future of their economies, you begin to realise that if you don’t integrate environmental sustainability, you are essentially going to face, very often, higher risks and higher costs and perhaps the loss of assets.” He said such assets could include land, forests, coral reefs or fisheries.

Executive Director of the United Nations Environment Programme (UNEP), Achim Steiner. Credit: Desmond Brown/IPS

Caribbean coral reefs have experienced drastic losses in the past several decades and this has been cited by numerous studies as the primary cause of ongoing declines of Caribbean fish populations. Fish use the structure of corals for shelter and they also contribute to coastal protection.

It has been estimated that fisheries associated with coral reefs in the Caribbean region are responsible for generating net annual revenues valued at or above 310 million dollars.

Continued degradation of the region’s few remaining coral reefs would diminish these net annual revenues by an estimated 95-140 million dollars annually from 2015. The subsequent decrease in dive tourism could also profoundly affect annual net tourism revenues.

Antigua and Barbuda’s Prime Minister Gaston Browne said his government will not be left behind in pursuit of a policy of reducing the carbon footprint by incorporating more renewable energy into the mix.

“Barbuda will become a green-energy island within a short period, as more modern green technology is installed there to generate all the electricity that Barbuda needs,” Browne, who’s Antigua Labour Party formed the government here in June 2014, told IPS.

“My government’s intention is to significantly reduce Antigua’s reliance on fossil fuels. A target of 20 percent reliance on green energy, in the first term of this administration, is being pursued vigorously.”

The International Renewable Energy Agency (IRENA) released a new report Monday which provides a plan to double the share of renewable energy in the world’s energy mix by 2030.

IRENA’s renewable energy roadmap, REmap 2030, also determines the potential for the U.S. and other countries to scale up renewable energy in the energy system, including power, industry, buildings, and the transport sector.

“This report adds to the growing chorus of studies that show the increasing cost competitiveness and potential of renewable energy in the U.S.,” said Dolf Gielen, director of IRENA’s Innovation and Technology Centre.

“Importantly, it shows the potential of renewables isn’t just limited to the power sector, but also has tremendous potential in the buildings, industry and transport sectors.”

Next week, efforts to scale up global renewable energy expansion will continue as government leaders from more than 150 countries and representatives from 110 international organisations gather in Abu Dhabi for IRENA’s fifth Assembly.

After spending the better part of 25 years trying to understand the threat of global warming, manifesting itself in greenhouse gas emissions and carbon dioxide emissions, the UNEP executive director said only slowly are we beginning to realise that in trying to address this threat we’re actually beginning to lay the tracks for what he calls “the 21st century economy” – which is more resource efficient, less polluting, and a driver for innovation and utilising the potential of technology.

“So you can take that track and say climate change is a threat or you can also say out of this threat arise a lot of actions that have multiple benefits,” Steiner said.

“We also have to realise that in a global economy where most countries today are faced with severe unemployment and, most tragically, youth unemployment, we need to start also looking at a transition towards a green economy as also an opportunity to make it a more inclusive green economy.”

Steiner said one of the core items that UNEP would like to see much more work on is a better understanding of how countries can reform their taxation system to send a signal to the economy that they want to drive businesses away from pollution and resource inefficiency.

At the same time, the UNEP boss wants countries to also address unemployment.

“So we need to reduce this strange phenomenon that we call income tax which makes labour as a factor of production ever more expensive,” Steiner said.

“So shifting from an income tax revenue base for governments towards a resource efficiency based income or revenue generating physical policy makes sense environmentally. It maintains the revenue base of governments and it also increases the incentive for people to find jobs again. It’s complex in one sense but very obvious in another sense.”

Edited by Kitty Stapp

The writer can be contacted at destinydlb@gmail.com

Africa is experiencing a revolution towards cleaner energy through renewable energy but the story has hardly been told to the world, says Achim Steiner, Executive Director of the United Nations Environment Programme (UNEP).

Steiner, who had been advocating for renewable energy at the U.N. Climate Change Conference in Lima, said Africa is on the right path toward a low carbon footprint by tapping into its plentiful renewable resources – hydro, geothermal, solar and wind.

Achim Steiner, UNEP Executive Director. Credit: Wambi Michael/IPS

“There is a revolution going on in the continent of Africa and the world is not noticing it. You can go to Egypt, Ethiopia Kenya, Namibia, and Mozambique. I think we will see renewable energy being the answer to Africa’s energy problems in the next fifteen years,” Steiner said in an interview with IPS.

Sharing the example of the UNEP headquarters in Nairobi, Kenya, Steiner told IPS that the decision was taken that “if UNEP is going to be centred with its offices in the African continent on the Equator, there can be reason why we are not using renewable energy. So we installed photovoltaic panels on our roof which we share with UN Habitat, 1200 people, and we produce 750,000 kilowatt hours of electricity every year, that is enough for the entire building to operate.”

He noted that although it will take UNEP between eight and 10 years to pay off the installation, UNEP will have over 13 years of electricity without paying monthly or annual power bills. “It is the best business proposition that a U.N. body has ever made in terms of paying for electricity for a building,” he said.

According to Steiner, the “revolution” is already happening in East Africa, especially in Kenya and Ethiopia which are both targeting renewable energy, especially geothermal energy.

“Kenya plans to triple its electricity generation up to about 6000 megawatts in the next five years. More than 90 percent of the planned power is to come from geothermal, solar and wind power,” he said. “If you are in Africa and decide to exploit your wind, solar and geothermal resources, you will get yourself freedom from the global energy markets, and you will connect the majority of your people without waiting for thirty years until the power lines cross every corner of the country” – Achim Steiner, UNEP Executive Director

Kenya currently runs a geothermal power development corporation which invites tenders from private investors bid and is establishing a wind power firm likely to be the largest in Africa with a capacity of 350 megawatts of power under a public-private partnership.

In Ethiopia, expansion of the Aluto-Langano geothermal power plant will increase geothermal generation capacity from the current 7 MW to 70 MW. The expansion project is being financed by the Ethiopian government (10 million dollars), a 12 million dollar grant from the Government of Japan, and a 13 million dollar loan from the World Bank.

Renewable energy has costs but also benefits

Phillip Hauser, Vice President of GDF Suez Energy Latin America, told IPS that geothermal power is a good option for countries in Africa with that potential, but it comes with risks.

“It is very site-dependent. There can be geothermal projects that are relatively cost efficient and there are others that are relatively expensive. It is a bit like the oil and gas industry. You have to find the resource and you have to develop the resource. Sometimes you might drill and you don’t find anything – that is lost investment,” Hauser told IPS.

Steiner admitted that like any other investment, renewable energy has some limitations, including the need for upfront initial capital and the cost of technology, but he said that countries with good renewable energy policies would attract the necessary private investments.

“We are moving in a direction where Africa will not have to live in a global fuel market in which one day you have to pay 120 dollars for a barrel of crude oil, then the next day you get it at 80 dollars and before you know it, it is doubled,” he said.

“So if you are in Africa and decide to exploit your wind, solar and geothermal resources, you will get yourself freedom from the global energy markets, and you will connect the majority of your people without waiting for thirty years until the power lines cross every corner of the country,”Steiner added.

A recent assessment by the International Renewable Energy Agency (IRENA) of Africa’s renewable energy future found that solar and wind power potential existed in at least 21 countries, and biomass power potential in at least 14 countries.

The agency, which supports countries in their transition to a sustainable energy future, has yet to provide a list of countries with geothermal power potential but almost all the countries around the Great Rift Valley in south-eastern Africa – Uganda, Ethiopia, Kenya and Tanzania among others – have already identified geothermal sites, with Kenya being the first to use a geothermal site to add power to its grid.

Adnan Amin, Director-General of the International Renewable Energy Agency (IRENA). Credit: Wambi Michael/IPS

IRENA Director-General Adnan Z. Amin told IPS that the agency’s studies shows that not only can renewable energy meet the world’s rising demand, but it can do so more cheaply, while contributing to limiting global warming to under 2 degrees Celsius – the widely-cited tipping point in the climate change debate.

He said the good news in Africa is that apart from the resources that exist, there is a growing body of knowledge across African expert institutions that would help the continent to exploit its virgin renewable energy potential.

What is needed now, he explained, is for countries in Africa to develop the economic case for those resources supported by targeted government policies to help developers and financiers get projects off the ground.

The IRENA assessment found that in 2010, African countries imported 18 billion dollars’ worth of oil – more than the entire amount they received in foreign aid – while oil subsidies in Africa cost an estimated 50 billion dollars every year.

New financing models for renewable energy

According to Amin, renewable energy technologies are now the most economical solution for off-grid and mini-grid electrification in remote areas, as well as for grid extension in some cases of centralised grid supply.

He argued that rapid technological progress, combined with falling costs, a better understanding of financial risk and a growing appreciation of wider benefits mean that renewable energy would increasingly be the solution to Africa’s energy problem.

In this context, Africa could take on new financing models that “de-risk” investments in order to lower the cost of capital, which has historically been a major barrier to investment in renewable energy, and one such model would include encouragement for green bonds.

“Green bonds are the recent innovation for renewable energy investments,” said Amin. “Last year we reached about 14 billion dollars, this year there is an estimate of about 40 billion, and next year there is an estimate of about 100 billion dollars in green finance through green bonds. Why doesn’t Africa take advantage of those?” he asked.

During the conference in Lima, activist groups have been urging an end to dependence on fossil fuel- and nuclear-powered energy systems, calling for investment and policies geared toward building clean, sustainable, community-based energy solutions.

“We urgently need to decrease our energy consumption and push for a just transition to community-controlled renewable energy if we are to avoid devastating climate change,” said Susann Scherbarth, a climate justice and energy campaigner with Friends of the Earth Europe.

Godwin Ojo, Executive Director of Friends of the Earth Nigeria, told IPS that “we urgently need a transition to clean energy in developing countries and one of the best incentives is globally funded feed-in tariffs for renewable energy.”

He said policies that support feed-in tariffs and decentralized power sources should be embraced by both the most- and the least-developed nations.

Backed by a new discussion paper on a ‘global renewable energy support programme’ from the What Next Forum, activists called for decentralised energy systems – including small-scale wind, solar, biomass mini-grids communities that are not necessarily connected to a national electricity transmission grid.

(Edited by Phil Harris)

Hellisheiðarvirkjun is the second largest geothermal power station in the world. Iceland is a leader in geothermal energy, but other countries are starting to follow suit. Credit: Jesús Rodríguez Fernández/cc by 2.0

By Desmond Brown
LIMA, Dec 10 2014 (IPS)

Most countries joining the growing list of nations pursuing clean geothermal power have been confronted with a huge financial challenge.

But the director-general of the International Renewable Energy Agency (IRENA), Adnan Z. Amin, said efforts by his organisation to “double renewable energy” and encourage investors have been paying off, including a new effort to promote geothermal in Latin America.

Director-General of the International Renewable Energy Agency (IRENA), Adnan Z. Amin. Credit: Desmond Brown/IPS

“We have new financing models that are de-risking investment and lowering the cost of capital, which has historically been a barrier to renewable energy,” Amin told IPS, citing financing through green bonds as one recent innovation for renewable energy investment.

Amin said green bonds reached 14 billion dollars last year and are estimated to reach 40 billion dollars in 2014 and up to 100 billion dollars next year.

“This is changing the expectations of the traditional model of investment where it was always the expectation that developing countries would be asking for multilateral cheap financing to develop their energy sectors,” Amin said.

“That’s no longer true. What is true is that the business case for renewable energy in many of these countries is now fully established, sources of financing are coming on stream and ambitious efforts to reform the legislative and policy framework are taking place, which are opening the market for renewables.”

The proposal for an international agency dedicated to renewable energy was made in 1981 at the United Nations Conference on New and Renewable Sources of Energy in Nairobi."The business case for renewable energy in many [developing] countries is now fully established, sources of financing are coming on stream and ambitious efforts to reform the legislative and policy framework are taking place, which are opening the market for renewables.” -- IRENA chief Adnan Z. Amin

IRENA was officially founded in Bonn on Jan. 26, 2009. This was a significant milestone for world renewable energy deployment and a clear sign that the global energy paradigm was changing as a result of the growing commitments from governments.

“The reason that we are much more integrated in the climate discussion now is because energy is going to be a large part of the solution to carbon emissions in the future,” Amin said.

“We know that the current energy system accounts for 80 percent of the global carbon emissions. Just power generation by itself accounts for 40 percent of carbon emissions and we’re living in a dramatically changing world.”

IRENA has set 2030, when the planet will be home to eight billion people, as its reference point for full rollout of renewable energy.

“These eight billion people will demand about 60 percent more energy than we currently have available and at the current rate of emissions if nothing else happens, we will reach the 450 part per million tipping point [of CO2 in the atmosphere] beyond which catastrophic climate change is likely to occur in 2040,” Amin said.

“So we have this small window of opportunity to make serious efforts to control emissions that come from energy systems.”

A new programme designed to support the development of geothermal energy in the Latin American region was launched here Tuesday on the sidelines of the U.N. Climate Change Conference.

Peru’s involvement in the Geothermal Development Facility is part of its plan to achieve 60 percent of its electricity from renewable sources by 2025.

Earlier this year, the Peruvian Government and IRENA cooperated on a renewable energy readiness assessment for the country. The assessment identifies actions needed to further expand the share of renewable energy in Peru, as well as how to better complement rural electrification and improve on-going efforts to support the development of bio fuel in the country.

The assessment determined that Peru’s vast, untapped renewable energy resources could play a key role in securing the necessary energy to fuel economic expansion while preserving the environment. It also highlights the need to prepare for renewable energy integration in transmission-grid expansion plans, particularly so that variable sources like solar and wind power can meet future electricity demand.

With the current share of renewable energy in the global electricity mix at 18 percent, IRENA hopes to see this doubled by 2030.

But an analysis of the plans on the table by all the major companies in the world to see what their current trajectory of renewable investment and decarbonisation is going to be found that they would be on “a business as usual scenario” with only a three percent increase to 21 percent by the end of 2030.

Amin has met with U.N. climate chief Christiana Figueres to discuss the key role of renewables in addressing climate change.

During their talks it was noted that more than 80 percent of human-caused CO2 emissions come from burning fossil fuels for energy. Of that, 44 percent comes from coal, 36 percent from oil and 20 percent from natural gas.

“As such, energy must be our priority in bringing down global CO2 emissions,” Amin said.

Ryan Gilchrist, assistant director of business development at UGE International, a renewables firm, said Caribbean countries could turn around their struggling economies by pursuing clean energy.

“Most Caribbean countries are currently relying on imported diesel for power, which is expensive, price-volatile, and produces CO2 emissions that contribute to climate change,” Gilchrist told IPS.

“Solar energy can solve these challenges in the Caribbean, providing a cleaner and cheaper alternative. Caribbean islands are particularly threatened by climate change and rising sea levels, but at the same time, they have much to gain, as they have abundant solar and wind resources that can provide clean sources of energy.”

UGE International provides renewable energy solutions for businesses and governments in 90 countries.

Gilchrist said that the high cost for energy on islands, coupled with the falling cost of solar technology, means that renewable energy is already cost-competitive in most Caribbean countries. And he agrees that there are a number of financing mechanisms that eliminate the upfront cost of the technology, creating energy savings from day one.

Meanwhile, an Atlanta-based syndicated columnist, who has written extensively on geothermal in the Caribbean, said geothermal energy could be linked to the United Nations Millennium Development Goals, as a positive factor in fighting poverty in small island states and energy security.

“Geothermal energy can be the prospective to address economic development, climate change mitigation, and stipulation of affordable energy,” Rebecca Theodore told IPS.

Edited by Kitty Stapp

The writer can be contacted at destinydlb@gmail.com

A ferry about to dock on the tiny Caribbean island of Nevis, whose volcano is being tapped for geothermal energy. Credit: Desmond Brown/IPS

By Desmond Brown
LIMA, Dec 2 2014 (IPS)

The road towards a green economy is paved with both reward and risk, and policymakers must seek to balance these out if the transition to low-carbon energy sources is to succeed on the required scale, climate experts say.

“I think what is important is that in most of these processes you will have winners and losers,” John Christensen, director of the United Nations Environment Programme (UNEP) Centre on Energy, Climate and Sustainable Development, told IPS.“Right now we need to talk about what will happen if countries don’t move along. Like all islands, you will be facing increased flooding risks. So in the green transition, countries need to look at how to make themselves more resilient." -- John Christensen of UNEP

“So you need to be aware that there are people who will lose and you need to take care of them so that they feel that they are not left out.

“You need to find other ways of engaging them and help them get into something new because otherwise you will have all this resistance from groups that have special interests,” said Christensen, who spoke with IPS on the sidelines of the 20th session of the United Nations Conference of the Parties (COP 20) which got underway here Monday.

The climate summit convenes ministers of 194 countries for the annual Conference of the Parties to negotiate over 12 days the legally binding text that will become next year’s Paris Protocol.

It will provide an early insight into what may be expected from the agreement with regard to the long-term phase-out of coal-fired power plants, the rate of deployment of renewable energies, and the financial and technological support for the vulnerable and least developed countries.

Nevis, a 13-kilometre-long island in the Caribbean, recently announced that it was “on the cusp of going completely green.” Deputy Premier and Minister of Tourism Mark Brantley outlined the Nevis Island Administration’s vision for tourism development and in particular, replacing fossil fuel generation with renewable energy resources.

“Besides reducing a country’s carbon footprint, concern about waste management is a particularly challenging issue for all nations” he said, sharing Nevis’ initiative to create an environment-friendly solution for its waste management with the Baltimore firm, Omni Alpha.

Brantley said the waste to energy agreement will be coupled with the construction of a solar farm to ensure that a targeted energy supply is met.

“It is these developments, along with the progress that has been made on developing our geothermal energy sources, that promise to make Nevis the greenest place on earth,” he told IPS.

Christensen said as they embark on the road towards green economies, Caribbean countries could take lessons from his homeland, Denmark.

“You had shipyards for years and years and they couldn’t compete with Korea and China when they started building ships so the government for a long period kept pouring money into them to try and keep them alive instead of trying to transition them into something else,” he explained. “Now they are producing windmill towers and other things that are more forward-looking.”

Christiana Figueres, executive secretary of the United Nations Framework Convention on Climate Change, at the COP20 talks in Lima. Credit: Desmond Brown/IPS

For the countries in the Caribbean, Christensen said a lot of them now use fuel oil or diesel for power production plus a lot of petrol for cars, all of which is imported.

But he said few of the islands have the necessary financial resources for the yearly fuel import bill, which is “quite expensive.”

He said these countries should capitalise on their geographical location, which offers “lots of sunshine, potential for biomass and wind.”

He pointed to Cuba, which “has made quite a transition using solar energy in the energy sector,” adding that other countries in the Caribbean have moved to forest conservation and are using more of the resources from the environment that wasn’t considered of value.

“Right now we need to talk about what will happen if countries don’t move along. Like all islands, you will be facing increased flooding risks. So in the green transition, countries need to look at how to make themselves more resilient, look at water for your agriculture,” he said.

“I think there are ways of improving efficiency because it’s getting warmer and because of where you are [you need to] look for new opportunities in the green economy that can also protect you against future climate change,” Christensen added.

The Climate Technology Centre and Network (CTCN), the operational arm of the UNFCCC Technology Mechanism, promotes accelerated, diversified and scaled-up transfer of environmentally sound technologies for climate change mitigation and adaptation, in developing countries, in line with their sustainable development priorities.

The CTCN works to stimulate technology cooperation and enhance the development and transfer of technologies to developing country parties at their request.

“We see CTCN as a motor, a vehicle for helping countries achieve green economies,” Jason Spensley, Climate Technology Manager, told IPS.

“One specific request which is forthcoming in the following days will be from Antigua and Barbuda, a request on renewable energy development, specifically wind energy development,” he said. “The government of Antigua and Barbuda has set green ambition commitments; the price of energy [there] is very high.”

Spensley said the Dominican Republic is also in discussions with CTCN on submission of a request on renewable energy production.

In recent times, the Caribbean Development Bank (CDB), the region’s premier lending institution, has been stepping up efforts to attract investment in green energy and climate resilience projects in the Caribbean.

The Bank’s president Dr. Warren Smith said much of the eastern Caribbean – the smallest Caribbean countries – have large amounts of geothermal potential, allowing them to dramatically reduce their fossil fuel imports and put them in a position where they could become an exporter of energy because of the proximity of nearby islands without these resources.

Smith is confident the countries are buying into the idea of transforming the region into a prosperous green economy that reduces indebtedness, improves competitiveness, and starts to tackle climate risk.

As countries get down to the business at hand here in Lima, Christiana Figueres, executive secretary of the United Nations Framework Convention on Climate Change, urged the 12,400 attendees to aspire to great heights, drawing several critical lines of action.

“First, we must bring a draft of a new, universal climate change agreement to the table and clarify how national contributions will be communicated next year,” she said.

“Second, we must consolidate progress on adaptation to achieve political parity with mitigation, given the equal urgency of both.

“Third, we must enhance the delivery of finance, in particular to the most vulnerable. Finally, we must stimulate ever-increasing action on the part of all stakeholders to scale up the scope and accelerate the solutions that move us all forward, faster,” Figueres added.

Edited by Kitty Stapp

The writer can be contacted at destinydlb@gmail.com

Jagoda Munic

By Jagoda Munic
LIMA, Dec 1 2014 (IPS)

In November, the world’s top climate scientists issued their latest warning that the climate crisis is rapidly worsening on a number of fronts, and that we must stop our climate-polluting way of producing energy if we are to stand a chance of avoiding the worst impacts of climate change.

Science says that the risk of runaway climate change draws ever closer. Indeed, we are already witnessing the consequences of climate change: more frequent floods, storms, droughts and rising seas are already causing devastation.Our governments’ inaction is obvious: they have failed to create a strong and equitable climate agreement at the U.N. for 20 years and their baby steps in Lima do not take us in the right direction.

Around the world people and communities are paying the cost of our governments’ continued inaction with their livelihoods and lives and this trend is likely to increase significantly in the future.

Good energy, bad energy

The fact is – our current energy system – the way we produce, distribute and consume energy – is unsustainable, unjust and harming communities, workers, the environment and the climate. Emissions from energy are a key driver of climate change and the system is failing to provide for the basic energy needs of billions of people in the global South.

The world’s main sources of energy like oil, gas and coal are devastating communities, their land, their air and their water. And so are other energy sources like nuclear power, industrial agrofuels and biomass, mega-dams and waste-to-energy incineration. None of these destructive energy sources have a role in our energy future.

There are real solutions to the climate crisis. They include stopping fossil fuels, building sustainable, community-based energy systems, steep reductions in carbon emissions, transforming our food systems, and stopping deforestation.

Surely, a climate-safe, sustainable energy system which meets the basic energy needs of everyone and respects the rights and different ways of life of communities around the world is possible: An energy system where energy production and use support a safe and clean environment, and healthy, thriving local economies that provide safe, decent and secure jobs and livelihoods. Such an energy system would be based on democracy and respect for human rights.

To make this happen we urgently need to invest in locally-appropriate, climate-safe, affordable and low impact energy for all, and reduce energy dependence so that people don’t need much energy to meet their basic needs and live a good life.

We also need to end new destructive energy projects and phase out existing destructive energy sources and we need to tackle the trade and investment rules that prioritise corporations’ needs over those of people and the environment.

So the goals are set, and it is time to act immediately towards a transition period in which the rights of affected communities and workers are respected and their needs provided for during the transition.

Climate politics at odds with climate science

So how are our governments tackling the issue? In the 20 years of the U.N. negotiations on climate change, we haven’t stopped climate change, nor even slowed it down.

Proposals on the table, negotiated by our governments, now are mostly empty false solutions, including expanded carbon markets, and a risky method called REDD (Reducing Emissions from Deforestation and forest Degradation), which will not prevent climate change, and will impact and endanger poor and indigenous communities while earning money for big corporations.

Our governments’ inaction is obvious: they have failed to create a strong and equitable climate agreement at the U.N. for 20 years and their baby steps in Lima do not take us in the right direction. The reason is that, unfortunately, the U.N. climate negotiations are massively compromised because the corporate polluters who fund and create dirty energy are in the negotiating halls and have our governments in their pockets.

Major corporations and polluters are lobbying to undermine the chances of achieving climate justice via the UNFCCC. Much of this influence is exerted in the member states before governments come to the climate negotiations, but the negotiations are also attended by hundreds of lobbyists from the corporate sector trying to ensure that any agreement promotes the interests of big business before people’s interests and climate justice.

If we want any concrete agreement that would ensure the stopping of climate change for the benefit of all, we must stop the corporate takeover of U.N. climate negotiations by those corporate polluters.

There is also an issue of historic responsibility. The world’s richest, developed countries are responsible for the majority of historical carbon emissions, while hosting only 15 percent of the world’s population.

They emitted the biggest share of the greenhouse gases present in the atmosphere today, way more than their fair share. They must urgently make the deepest emission cuts and provide the most money if countries are to fairly share the responsibility of preventing catastrophic climate change.

Of course, tackling climate change and avoiding catastrophic climate change necessitates action by all countries. But the responsibility of countries to take action must reflect their historical responsibility for creating the problem and their capacity to act.

While the emissions of industrialising countries like China, India, South Africa and Brazil are rapidly increasing, these nations made a much smaller contribution to the climate problem overall than the rich developed countries, and their per capita emissions are still much lower.

Industrialised countries’ governments are neglecting their responsibility to prevent climate catastrophe and their positions at global climate talks are increasingly driven by the narrow economic and financial interests of wealthy elites and multinational corporations. These interests, tied to the economic sectors responsible for pollution or profiting from false solutions to the climate crisis like carbon trading and fossil fuels, are the key forces behind global inaction.

This year in Lima there are big plans to expand carbon markets. Friends of the Earth International argues that carbon markets are a false solution to climate change that let rich countries off the hook and do not address the climate crisis. Expanding carbon markets will make climate change worse and cause further harm to people around the world while bringing huge profits to polluters.

The U.N. climate talks are supposed to be making progress on implementing the agreement that world governments made in 1992 to stop man-made and dangerous climate change. The agreement recognises that rich countries have done the most to cause the problem of climate change and should take the lead in solving it, as well as provide funds to poorer countries as repayment of their climate debt.

But developed countries’ governments have done very little to deliver on these commitments and time is running out. What’s more, rich countries continue to further diminish their responsibilities to tackle climate change and dismantle the whole framework for binding reductions of greenhouse gases, without which we have no chance of avoiding catastrophic climate change.

What needs to happen in the climate talks?

Within the U.N., rich developed countries must meet their historical responsibility by committing to urgent and deep emissions cuts in line with science and justice and without false solutions such as carbon trading, offsetting and other loopholes.

They must also repay their climate debt to poorer countries in the developing world so that they too can tackle climate change. This means transferring adequate public finance and technology to developing countries so that they too can build low-carbon and truly sustainable economies, adapt to climate change and receive compensation for irreparable loss and damage. This will help ensure a safe climate, more secure livelihoods, more jobs, and clean affordable energy for all.

For now, the U.N. talks are still heading in the wrong direction, with weak non-binding pledges and insufficient finance from developed countries, and huge reliance on false solutions like carbon trading and REDD.

Unfortunately, if the U.N. climate negotiations continue in the same manner, any deal on the table at the U.N. climate negotiations in Paris next year will fall far short of what is required by science and climate justice.

To achieve a binding and justice-based agreement based on the cuts needed, as science tells us, our governments must listen to those impacted by climate change, not to corporations, which, by definition aim at more profits, not a safer climate.

Movement building and climate justice

Preventing the climate crisis and the potential collapse of life-supporting ecosystems on a global level, requires long-term thinking, brave leaders and a mass movement. We have to challenge the corporate influence over our governments and exert real democratic control over the energy transition so that the needs and interests of people and the planet take priority over private profit.

And at the heart of this movement we need climate justice – action on climate change that is radical, that challenges the system that has led to the climate catastrophe, and that fights for fair solutions that will benefit all people, not just the few.

It is already happening. In September we saw massive mobilizations around the world, with hundreds of thousands of people marching and actions across every continent, including 400,000 people on the streets of New York.

And at the latest U.N. talks in Lima, we see people from all walks of life – indigenous people, social movements, youth, farmers, women’s movements – from across Peru, Latin America, and around the world joining together in the People’s Summit to collectively articulate the peoples’ demands and the peoples’ solutions to climate change.

But we need to grow much bigger and much stronger. We are calling on people to join the global movement for climate justice, which is gaining power and integrating actions at local, national and U.N. level. The solution to the climate crisis is achievable and it is in our hands.

This article originally appeared on Commondreams.org.

Edited by Kitty Stapp

Excerpt:

A billboard in Astana with Kazakh President Nursultan Nazarbayev and the slogan “Our Strength” emphasises the country’s Strategy 2050 project that focuses on renewable energy. Regional analysts are unsure how committed Kazakhstan really is to pushing and promoting green energy. Credit: David Trilling/EurasiaNet

By Paolo Sorbello
ASTANA, Oct 24 2014 (EurasiaNet)

From small villages to big cities, wherever you go in Kazakhstan these days, billboards offer reminders that Astana is gearing up to host Expo 2017, the next World’s Fair. Kazakhstan helped secure the right to host the event with a pledge to emphasise green energy alternatives. But now it appears that Kazakhstan is red-lighting its own green transition.

Green energy has been the rage in Kazakhstan in recent years, but the country’s strongman president, Nursultan Nazarbayev, seemed to shift gears out of the blue in late September.

“I personally do not believe in alternative energy sources, such as wind and solar,” the Interfax news agency quoted Nazarbayev as saying on Sep. 30 during a meeting with Vladimir Putin in the Caspian city of Atyrau. And echoing a familiar Kremlin refrain, Nazarbayev added that “the shale euphoria does not make any sense.”Despite the great efforts that were put into branding Astana Expo 2017 as the virtuous, green choice of an oil-exporting country, Nazarbayev’s remarks reveal “that the rhetoric around the Expo is just a cosmetic policy aimed at the construction of an image of Kazakhstan that is close to the Western agenda.” -- Luca Anceschi

For a country where the decisions of one man set the political agenda, it was a stunning change of course. Only last year, Nazarbayev’s office pledged to spend one percent of GDP, or an estimated three to four billion dollars annually, to “transition to a green economy.”

“Kazakhstan is facing a situation where its natural resources and environment are seriously deteriorating across all crucial environmental standards,” stated a widely touted “Strategy Kazakhstan 2050” concept paper. A “green economy is instrumental to [a] nation’s sustainable development.”

Moreover, a switch to renewables would free oil and gas for more lucrative exports, rather than subsidised domestic use.

While Kazakhstan generates 80 percent of its electricity from coal, state media has trumpeted the potential of green energy, showing Nazarbayev touring a solar-panel factory under construction or an official promising Kazakhstan will build the world’s first “energy-positive” city.

Officials often talk of weaning Kazakhstan’s economy off its hydrocarbon dependence. Ultimately, if Nazarbayev wants to fulfill a pledge to make Kazakhstan a middle-income nation by 2030, officials have acknowledged that Kazakhstan must diversify its energy sources.

So Nazarbayev’s comments have left analysts scratching their heads: Is Kazakhstan’s focus shifting, or was Nazarbayev just reminding trade partners – especially Russia – that oil and gas will remain a priority for Astana? Nazarbayev concluded by saying that “oil and gas is our main horse, and we should not be afraid that these are fossil fuels.”

Context is key, according to Marat Koshumbayev, deputy head of the Chokin Kazakh Research Institute of Energy in Almaty. “While sitting next to [Putin], it is normal that Nazarbayev would emphasise fossil fuels. It’s worth noting that during similar events in the West, the focus is still on renewable energy, efficiency, and reduction of carbon emissions,” Koshumbayev told EurasiaNet.org.

The energy networks of Kazakhstan and Russia are strongly interconnected. Most Kazakh oil exports to Europe go through the Russian hubs of Samara and Novorossiysk, while Russian oil flows through Kazakhstan’s pipeline network to China. In addition, Kazakhstan is a key cog in Putin’s pet project – the formation of a Eurasian Economic Union.

Although the context of the meeting may have played a role in Nazarbayev’s declaration, the president has sown doubt about how serious Kazakhstan is about green energy, said Luca Anceschi, an expert on the country at the University of Glasgow. Despite the great efforts that were put into branding Astana Expo 2017 as the virtuous, green choice of an oil-exporting country, Nazarbayev’s remarks reveal “that the rhetoric around the Expo is just a cosmetic policy aimed at the construction of an image of Kazakhstan that is close to the Western agenda.”

Nazarbayev, Anceschi added, was warning Astana policymakers to keep the focus on the current economic course. “It’s a clear message that diversification efforts will slow down, with the hope that [the long-delayed, super-giant oil field] Kashagan will come in to solve all problems,” he said.

Koshumbayev agrees Nazarbayev is backtracking. “Unfortunately,” he said, “for the development of renewable energy, more is needed than just Strategy 2050 and the officials who promote it, and Nazarbayev knows this.”

In policy circles in Astana and Almaty, “alternative” energy refers broadly to non-hydrocarbon resources, including, for example, nuclear. Nazarbayev does appear to believe in the power of the atom. During the meeting with Putin in Atyrau, he inked terms for Russia and Kazakhstan to construct a nuclear power plant.

According to the plan, construction will start in 2018, although it is still unclear if the plant will be built near the old Soviet nuclear hub of Semipalatinsk, in the northeast, or in the industrial west, near the Caspian shore.

Even if Kazakhstan shifts away from green energy, some progress is likely to continue. Two wind farms, one in the north and one in the south, received a financial green light in the past months. In the Zhambyl Region, the local government, with some private Lithuanian financing, has agreed to build a 250MW wind farm for 550 million dollars. And in the Akmola Region, near the capital, the European Bank for Reconstruction and Development has agreed to fund a 50MW, 120-million-dollar wind farm.

But for one opposition leader, Nazarbayev’s comments prove these projects are mainly for show.

“Our regime has a feudal mentality. Showing off wealth is a fundamental indication of one’s status,” said Pyotr Svoik, a former deputy natural resources minister turned opposition activist. “That’s how we get an Expo branded ‘energy of the future’ while producing only marginal amounts of renewable energy.”

Editor’s note:  Paolo Sorbello is a freelance reporter who specializes in Central Asian affairs. This story originally appeared on EurasiaNet.org.

Edited By Kitty Stapp

Ruth Spencer is a pioneer in the field of solar energy. She promotes renewable technologies to communities throughout her homeland of Antigua and Barbuda, playing a small but important part in helping the country achieve its goal of a 20-percent reduction in the use of fossil fuels by 2020.

She also believes that small non-governmental organisations (NGOs) have a crucial role to play in the bigger projects aimed at tackling the problems caused by the burning of fossil fuels, such as coal, oil and gas.“We are in a small island so we have to build synergies, we have to network, we have to partner to assist each other." -- Ruth Spencer

Spencer, who serves as National Focal Point for the Global Environment Facility (GEF)-Small Grants Programme (SGP) in Antigua and Barbuda, has been at the forefront of an initiative to bring representatives of civil society, business owners and NGOs together to educate them about the dangers posed by climate change.

“The GEF/SGP is going to be the delivery mechanism to get to the communities, preparing them well in advance for what is to come,” she told IPS.

The GEF Small Grants Programme in the Eastern Caribbean is administered by the United Nations office in Barbados.

“Since climate change is heavily impacting the twin islands of Antigua and Barbuda, it is important that we bring all the stakeholders together,” said Spencer, a Yale development economist who also coordinates the East Caribbean Marine Managed Areas Network funded by the German government.

“The coastal developments are very much at risk and we wanted to share the findings of the IPCC report with them to let them see for themselves what all these scientists are saying,” Spencer told IPS.

“We are in a small island so we have to build synergies, we have to network, we have to partner to assist each other. By providing the information, they can be aware and we are going to continue doing follow up….so together we can tackle the problem in a holistic manner,” she added.

Power lines in Antigua. The Caribbean country is taking steps to achieve energy security through clean technologies. Credit: Desmond Brown/IPS

The United Nations’ Intergovernmental Panel on Climate Change (IPCC) has sent governments a final draft of its synthesis report, which paints a harsh picture of what is causing global warming and what it will do to humans and the environment. It also describes what can be done about it.

Ruleta Camacho, project coordinator for the sustainable island resource management mechanism within Antigua and Barbuda’s Ministry of the Environment, told IPS there is documented observation of sea level rise which has resulted in coastal erosion and infrastructure destruction on the coastline.

She said there is also evidence of ocean acidification and coral bleaching, an increase in the prevalence of extreme weather events – extreme drought conditions and extreme rainfall events – all of which affect the country’s vital tourism industry.

“The drought and the rainfall events have impacts on the tourism sector because it impacts the ancillary services – the drought affects your productivity of local food products as well as your supply of water to the hotel industry,” she said.

“And then you have the rainfall events impacting the flooding so you have days where you cannot access certain sites and you have flood conditions which affect not only the hotels in terms of the guests but it also affects the staff that work at the hotels. If we get a direct hit from a storm we have significant instant dropoff in the productivity levels in the hotel sector.”

Antigua and Barbuda, which is known for its sandy beaches and luxurious resorts, draws nearly one million visitors each year. Tourism accounts for 60 to 75 percent of the country’s gross domestic product, and employs nearly 90 percent of the population.

Like Camacho, Ediniz Norde, an environment officer, believes sea level rise is likely to worsen existing environmental stresses such as a scarcity of freshwater for drinking and other uses.

“Many years ago in St. John’s we had seawater intrusion all the way up to Tanner Street. It cut the street in half. It used to be a whole street and now there is a big gutter running through it, a ship was lodged in Tanner Street,” she recalled.

“Now it only shows if we have these levels of sea water rising that this is going to be a reality here in Antigua and Barbuda,” Norde told IPS. “This is how far the water can get and this is how much of our environment, of our earth space that we can lose in St. John’s. It’s a reality that we won’t be able to shy away from if we don’t act now.”

As the earth’s climate continues to warm, rainfall in Antigua and Barbuda is projected to decrease, and winds and rainfall associated with episodic hurricanes are projected to become more intense. Scientists say these changes would likely amplify the impact of sea level rise on the islands.

But Camacho said climate change presents opportunities for Antigua and Barbuda and the country must do its part to implement mitigation measures.

She explained that early moves towards mitigation and building renewable energy infrastructure can bring long-term economic benefits.

“If we retrain our population early enough in terms of our technical expertise and getting into the renewable market, we can actually lead the way in the Caribbean and we can offer services to other Caribbean countries and that’s a positive economic step,” she said.

“Additionally, the quicker we get into the renewable market, the lower our energy cost will be and if we can get our energy costs down, it opens us for economic productivity in other sectors, not just tourism.

“If we can get our electricity costs down we can have financial resources that would have gone toward your electricity bills freed up for improvement of the [tourism] industry and you can have a better product being offered,” she added.

Edited by Kitty Stapp

The writer can be contacted at destinydlb@gmail.com

Turbines at WindWatt Nevis Limited. In most countries of the region, the abundance of renewable resources creates an opportunity to increase reliance on domestic energy sources rather than imported oil and gas. Credit: Desmond Brown/IPS

By Susan McDade
UNITED NATIONS, Sep 17 2014 (IPS)

World leaders gathered at the Climate Change Summit during the United Nations General Assembly on Sep. 23 will have a crucial opportunity to mobilise political will and advance solutions to climate change.

They will also need to address its closely connected challenges of increasing access to sustainable energy as a key tool to secure and advance gains in the social, economic and environmental realms.Cities need to be at the heart of the solution. This is particularly important for Latin America and the Caribbean, which is the most urbanised developing region on the planet.

This is more important than ever for Latin America and the Caribbean. Even though the region is responsible for a relatively low share of global greenhouse gas (GHG) emissions, 12 percent, according to U.N. figures, it will be one of the most severely affected by temperature spikes, according a World Bank Report.

For the Caribbean region in particular, reliance on imported fuels challenges balance of payments stability and increases the vulnerability of key ecosystems that underpin important productive sectors, including tourism.

And the region faces new challenges. Demand for electricity is expected to double by 2030, as per capita income rises and countries become increasingly industrialised—and urban.

Although the region has a clean electricity matrix, with nearly 60 percent generated from hydroelectric resources, the share of fossil fuel-based generation has increased substantially in the past 10 years, mainly from natural gas.

Now is the time for governments and private sector to invest in sustainable energy alternatives—not only to encourage growth while reducing GHG emissions, but also to ensure access to clean energy to around 24 million people who still live in the dark.

Importantly, 68 million Latin Americans continue using firewood for cooking, which leads to severe health problems especially for women and their young children, entrenching cycles of poverty and contributing to local environmental degradation, including deforestation.

Cities also need to be at the heart of the solution. This is particularly important for Latin America and the Caribbean, which is the most urbanised developing region on the planet.

Urbanisation rates have jumped from 68 percent in 1980 to 80 percent in 2012. By 2050, 90 percent of the population will be living in cities. This brings about a different set of energy challenges, in particular related to transport and public services.

Therefore, the question is whether the region will tap its vast potential of renewable resources to meet this demand or will turn towards increased fossil fuel generation.

In this context, energy policies that focus not only on the economic growth but also on the long-term social and environmental benefits will be essential to shape the region’s future.

Consequently, in addition to reduced CO2 emissions, the region should favour renewables. Why? Latin America and the Caribbean are a biodiversity superpower, according to a UNDP report.

On the one hand, this vast natural capital can be severely affected by climate change. Climate variability also destabilises agricultural systems and production that are key to supporting economic growth in the region.

But on the other hand, if properly managed, it could actually help adapt to climate change and increase resilience.

Also, in most countries, the abundance of renewable resources creates an opportunity to increase reliance on domestic energy sources rather than imported oil and gas, thereby decreasing vulnerability to foreign exchange shocks linked to prices changes in world markets.

In this context, countries have already been spearheading innovative policies. Several countries in the region produce biofuel in a sustainable way. For example, Brazil’s ethanol programme for automobiles is considered one of the most effective in the world.

Investing in access to energy is transformational. It means lighting for schools, functioning health clinics, pumps for water and sanitation, cleaner indoor air, faster food processing and more income-generating opportunities.

It also entails liberating women and girls from time-consuming tasks, such as collecting fuel, pounding grain and hauling water, freeing time for education and paid work.

The U.N. Development Programme (UNDP) is working with countries in Latin America and the Caribbean to boost access to sustainable energy and reduce fossil fuel dependency.

In Nicaragua, for example, nearly 50,000 people from eight rural communities gained access to electricity following the inauguration of a new 300 kilowatt micro-hydropower plant in 2012.

This was a joint partnership between national and local governments, UNDP and the Swiss and Norwegian governments, which improved lives and transformed the energy sector.

In addition to spurring a new legislation to promote electricity generation based on renewable resources, micro enterprises have been emerging and jobs have been created—for both men and women.

Universal access to modern energy services is achievable by 2030—and Latin America and the Caribbean are already moving towards that direction. This will encourage development and transform lives.

In a Nicaraguan community that is no longer in the dark, Maribel Ubeda, a mother of three, said her children are the ones most benefitting from the recent access to energy: “Now they can use the internet and discover the world beyond our community.”

Edited by Kitty Stapp

Excerpt: