The U.S. Energy Information Administration also expects utility-scale battery storage capacity to more than quadruple.
“We are committed to our focus on sustainable business practices,” said the president of the engine maker.
U.S. renewable energy use has grown significantly in the last decade, yet data from a new survey suggests many Americans may not fully understand the importance of solar and wind.
The organization’s “ambitious goal” of solar supplying 20% of the nation’s electricity in 2030 looks more like a forecast, and vision for rapid decarbonization is coming from the climate movement and the American Left, not SEIA.
That would mean a market increase of around 25% on this year. Demand is predicted to become particularly strong in the second half of the year, with renewed market growth coming from India and the USA.
Zinc battery specialist NantEnergy has acquired the U.S. energy systems and services business from Japanese electronics giant Sharp. The acquisition, according to NantEnergy will provide the company an important foothold in the U.S. market, and allow it to provide ‘energy as a service’ business models, using its Zinc-air battery, in multiple markets.
Rochester, New York based technology company Natcore has announced two new processes, which it says could dramatically reduce production costs of its foil cell, which it has been working to commercialize for the past couple of years.
Utility Hawaiian Electric has announced the start of operations of a pilot project featuring flywheel energy storage technology provided by Amber Kinetics. The project will test the technology’s capability of supporting the grid and allowing further integration of renewable generation.
The bill rescinds a 2015 rate review freeze to defend consumers against potential Clean Power Plan costs, and calls for much larger and faster deployment of renewable energy.
Scientists in California have modeled a solar-heavy/wind power electricity grid, without nationwide HVDC, that could reliably deliver 80% of U.S. electricity needs. 100% of needs would require 3 weeks of energy storage.
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