At 409 MW/900 MWh, FPL’s project would be four times the capacity of the largest battery currently online. But an even bigger battery is being planned in Texas.
Hello, and welcome to your Thursday pvMB. The weekend is almost here. Today we’ll be looking at BlueCross BlueShield installing 10,000 solar panels at its Chattanooga HQ, Hawaii’s solar trash cans, futuristic Dutch solar houseboats and everything else that matters today.
Hawaii regulators have approved six of eight proposed large solar plus storage projects, with all coming at or under 10 cents per kilowatt-hour.
Macquarie has closed on funding for a third portion of a 340 MWh project in Southern California, and LADWP is planning 1.8 GW of batteries.
Hump Daaaay! Sorry, Geico has been running all their classic commercials for a few months now, and they’re all gold. Anyway, welcome to your Wednesday pvMB where we’ll be looking at Mitsubishi’s new U.S. renewable development arm, Tesla’s Model 3 launch snafu, a solar-powered tiny home and everything else you need to take on the day.
Lithium-ion batteries are increasingly posing a competitive threat to coal- and gas-fired generating plants when paired with solar and wind projects in a number of markets throughout the world, without the need for subsidies, according to new research by BloombergNEF (BNEF).
An analysis by Station A shows a potential for siting 48 GW of solar plus 22 GW / 42 GWh of energy storage in California commercial and industrial locations, meeting 19% of the state grid operator’s legally binding “Resource Adequacy” requirements.
Senate Bill 1121 has been given final approval by the Puerto Rico legislature and is headed to the desk of Governor Ricardo Rosselló. When passed, it will make the island the fifth state-level jurisdiction to establish a 100% zero-carbon and/or renewable energy mandate.
Sunrun made a splash at the BNEF Summit in New York City at a time when utilities are increasingly struggling to adapt to new realities. But distributed energy resources have a long way to go to play a major role, and we will still need additional energy sources in future power systems.
Researchers at Stanford University have developed a type of electrode which is highly resistant to salt corrosion, therefore allowing them to produce hydrogen using seawater. Applied at a larger scale, this development could potentially cut the cost of power-to-gas applications by greatly increasing the amount of water available.
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