Also in the brief: Ohio bill would ban new large solar and wind projects for up to three years
We wanted to know what the grid would look like, and cost, if we stopped ignoring the benefits of DERs and optimized the integration of these resources through a better modeling process. We found that when you use better planning models and scale both local solar and storage, as well as utility-scale solar and wind, you maximize cost savings and unlock the path to the lowest cost grid.
The solar industry cannot claim to be a clean energy source if it leaves a trail of hazardous waste.
A record 476 MW/764 MWh were installed in Q3, with California’s deployment figures alone shattering all previous quarterly records.
Also in the brief: Ohio bill would ban new large solar and wind projects for up to three years
For the first time in nearly two years, FERC is at full strength, with the confirmations of Mark Christie and Allison Clements bringing the agency to a full five members. With Neil Chatterjee leaving in June, the agency is set to have a Democratic majority in the near future.
The now former company has laid off its remaining staff, locked its offices and left dozens of customers, sub-contractors and former employees asking what comes next.
Also in the morning brief: America’s largest solar project coming to Northeast Texas… and C2 Energy Capital has purchased California’s largest floating solar project from Ciel & Terre
Researchers in China are proposing a new technique to recover polyethylene glycol terephthalate (PET) and ethylene-vinyl acetate (EVA) in solar panels at the end of their lifecycle. The two materials represent around 15% of the total material in a wasted solar cell, with a share of 10% for EVA and 5% for PET, respectively.
In pv magazine’s second roundtable session, Advanced technologies, the U.S. storage market came under the spotlight – in particular, the lessons that can be learned from solar as the market moves towards greater maturity. Also under discussion was the trend among PV manufacturers to producing ever larger cells and modules in the continuous drive to bring down LCOE. But is big necessarily better?
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