The Energy Storage Association has issued a white paper calling for 35 gigawatts of installations by 2025 to upgrade an increasingly antiquated power grid to be outage proof and efficiently handle new power systems and demand products entering the marketplace.
Lawrence Berkeley and National Renewable Energy Laboratories team up on modeling optimal PV and energy storage packages for a wide variety of commercial applications targeting demand charge reduction.
NCCETC’s latest report on grid modernization shows that policies supporting the deployment of energy storage are on the rise throughout the United States.
Scientists at the U.S. Department of Energy’s Lawrence Berkeley National Laboratory have made progress with cathodes made from ‘disordered’ materials, a technology which could greatly increase the storage capacity of lithium batteries.
The utility’s investment may total between $50 million and $100 million, and will greatly exceed the state’s mandated amount.
The possibly bright future of the Puerto Rican electrical grid could be put at risk if severe penalties are imposed on imported solar modules, said Puerto Rican Senator Eduardo Bhatia in a letter to the commission.
Current estimates suggest 80% of Puerto Rico is still without power, but thanks to Elon Musk’s efforts at least one children’s hospital has been able to turn the lights on.
Senate Bill 338, which mandates that utilities come up with non-gas generation options to meet peak demand, was signed into law by Governor Jerry Brown.
The company has already begun shipping energy storage systems to Puerto Rico, and hopes to have the first microgrids up and running in a month’s time.
A new study looks at the ability of energy storage systems to replacing aging, polluting fossil fuel peak power plants in New York City and thereby make use of the future growth of local solar power
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