Scientists at the Georgia Institute of Technology in the U.S. used x-ray imaging to observe cracks forming in a solid state lithium battery, a discovery they say changes the understanding of performance of solid state batteries and which could lead to more durable systems.
The federally-owned power company has responded to critiques of its planning by presenting a vague long-term vision, but in its central plan expects to build only 2-3 GW of new solar over the next decade.
Hundreds of megawatts of coal-fired generation will soon be going off-line for good. And what’s even better is that these plants are set to be replaced with somewhere in the ballpark of 800 MW of solar.
Hello everybody and welcome to today’s edition of the pvMB. This morning we’ll be looking at the change of CEOs at El Paso Electric, Enel Green Power selling off 65 MW of the Roadrunner project, the Cape Anne solar campaign and more!
The city’s municipal utility is readying a 25-year power purchase agreement for 400 MWac of solar power at 1.997¢/kWh along with electricity from 200 MW / 800 MWh of energy storage at a 1.3¢/kWh adder, for an aggregate price of 3.297¢/kWh.
NREL research projects that as solar power breaks 10% and 25% penetration levels across the United States, energy storage has an up to ~144 GW / 728 GWh opportunity to replace 261 GW of gas peakers.
Hello one and all and welcome to your Wednesday pvMB. Today we’ll be taking a look at ENGIE’s 2 MW battery at the San Diego Airport, Standard solar’s acquisition of a project in Vermont, the solar education efforts of an Ohio paper and more!
The Massachusetts SMART program is deploying 1.6 GW. The challenges of growth include long interconnection queues in some areas, incentives tapped out in others, equipment requirements increasing system costs, and utilities circling back after approvals to re-asses project interconnections.
NV Energy is making major plays in response to Nevada’s recently-raised RPS, as the company announced today that it will be purchasing power from three massive projects, totaling 1.2 GW of solar and 590 MW of battery storage.
The plan calls for the deployment of nearly 260 MW of battery storage across the three islands of Oahu, Maui and Hawaii, in addition to renewable development. Could the fixation on storage within this proposal show the state’s determination for peak shifting?
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