Last month India pledged to increase national solar generation capacity to 100 gigawatts (GW) by 2022, but connecting solar projects to the country’s grid has been difficult in the past and could limit progress toward the new goal. Fortunately, an innovative decision by the Indian state of Karnataka may show how to solve the problem.
A new WRI fact sheet, Behind-the-Meter Solar PV: Understanding Cost Parity, aims to help decision-makers, policy experts, investors, and regulators make these comparisons accurately so they can understand where they can save money using solar PV.
In a blog post originally published for National Geographic, Manish Bapna discusses India's low carbon future.
Tunisia launched its renewable energy program in 2010 to scale up solar photovoltaic systems and used the Greenhouse Gas (GHG) Protocol’s Policy and Action Standard—to find out just how much the program would reduce the country’s greenhouse gas emissions.
Washington, DC (November 18)—India is revising its solar power generation target to 100,000 megawatts for 2022, five times greater than India’s current solar generation, according to remarks by made by Power and Renewable Energy minister Piyush Goyal on Monday. Goyals’ remarks came at a time when at the Prime Minister Narendra Modi called for enhanced collaboration on clean energy research and development during the G20 Summit in Brisbane, Australia.
Sixty percent of the largest U.S. companies have now set climate and energy goals to increase their use of renewable energy. The problem is that they face several market challenges in actually reaching these goals.
That's where the new Corporate Renewable Energy Buyers’ Principles come in.
Alex Doukas discusses outcomes of a financing clean energy access workshop in Africa, and how social entrepreneurs could be part of the clean power solution.
Five-country comparison on solar photovoltaic and on-shore wind energy policies and progress.
A social entrepreneur invests the little working capital she has to bring solar electricity to a community that –like 1.2 billion people worldwide– lacks access to electricity. The community used to use dirty, expensive and choking kerosene for light to cook by and for children to learn by. The entrepreneur knows she can recoup her costs, because people are willing to pay for reliable, high-quality, clean energy – and it will be even less than what they used to pay for kerosene. Sounds like a good news story, right?
Three months later, the government utility extends the electrical grid to this same community, despite official plans showing it would take at least another four years. While this could be good news for the community, one unintended consequence is that this undermines the entrepreneur’s investment, wiping out their working capital, and deterring investors from supporting decentralized clean energy projects in other communities that lack access to electricity.
The White House’s climate action plan aims to transform the U.S. electricity system in the coming decades. The President directed the Environmental Protection Agency (EPA) to develop and implement standards to reduce carbon dioxide pollution from power plants, double renewable energy in the United States by 2020, and open public lands to an additional 10 gigawatts of renewable energy development, enough to power more than 6 million homes.
The big question is: Are renewable energy sources up to the task of taking on a significant portion of the country’s electricity? Recent trends and data show that the answer to this question is a definitive “yes.”
Four big signs that renewable energy is ready for the limelight include: