Also in the brief: NYSEIA forms the Long Island Solar & Storage Alliance, Sol-Ark named a finalist for “American-Made Solar Prize,’ Gas South and Cobb EMC break ground on solar + storage project and more.
MISO’s renewables mix is set for a potential shift from wind to solar — if it can confront the challenge of transmission costs.
Plus the Rise and Fall of Real Goods Solar, Australian solar predictions and 50 MW of PV in Zimbabwe
S-5! working with a metal roofing company to install two unique products on one site, SMA has launched a containerized medium voltage transformer that ties directly to their big inverters, and – so far – module pricing is flat in China. Send your hardware and service announcements USA-Editors@pv-magazine.com
A new report released by The Brookings Institute looks at the land density and communal opposition issues raised by new renewable development, offering both logistical and policy-driven solutions.
New Jersey can reach its clean energy goals at almost the same cost as “business as usual,” according to a state energy plan. Counting health gains, the cost of clean energy is lower. The plan includes electrification of most transportation and heating.
A rare profitable quarter has anchored an even rarer profitable year for SunPower, as confidence in the decision to split off the company’s module manufacturing business into Maxeon Solar Technologies rises.
California has long led the way when it comes to solar deployment – both on the rooftop and at utility scale. The state is now pushing forward with a solar mandate for new homes, which could be a ‘eureka moment’ for the U.S. solar sector.
Jigar Shah of Generate: “Load flexibility is the giant issue nobody is talking about…Extensible Energy’s load-flexibility software is a win-win for the solar contractor and the building owner. Building owners get a higher ROI and faster payback time, and the solar contractor can offer an easy-install demand charge solution with or without batteries.”
An international group of scientists has developed a method to track the microscopic processes at work in lithium batteries. Employing a ‘virtual unrolling’ model developed for ancient manuscripts too sensitive to be opened, the group peeked inside the layers of a commercial battery to gain a better understanding of the processes at work and the degradation mechanisms affecting them.
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