Solar hosting capacity maps, now required in seven states, show where solar can be added on a distribution circuit without incurring any grid expense—but only if those maps are accurate. California’s experience, says a policy paper, shows that best practice guidelines for validating maps are needed to aid state regulators.
Featuring a monitoring system that tracks system performance, a comprehensive operating platform and stackable system design, Fluence claims its new solution is capable of reaching gigawatt-sized deployments while driving project costs down as much as 25%.
It’s during the interconnection review and approval processes that most developers run into the NEM integrity issue with California’s big utilities.
The Solar Energy Industries Association makes the case for the Federal Energy Regulatory Commission to dismiss the petition, solely on legal grounds. A filing by Solar United Neighbors, Vote Solar and other groups makes a legal case and also rebuts the petition’s claims about net metering.
Private PV manufacturers and project developers alike are set to be squeezed out by the state in the world’s biggest solar market, according to Frank Haugwitz, who has compiled a wide-ranging report as preparations for the next five-year plan gather pace.
With a data point of one (California solar interconnection data through the end of April), the author makes optimistic inferences about U.S. solar in Q2 and 2020.
Successful community solar development requires harmonizing construction, financing, and subscriber acquisition and management. Digital management platforms can give developers the tools to precisely manage these aspects and get the most out of their projects.
Also in the brief: Geronimo Energy has started construction activities for two Michigan solar projects, a New Hampshire Senator is asking the Defense Department’s progress toward meeting its renewable energy goals, Nelnet launches a renewables spinoff and more.
“Solar loans have proven to be a resilient asset class through these turbulent times.”
“90% by 2035 is the sweet spot” for a pathway that uses existing technology, allows “judicious use” of existing generation assets, and “achieves near-complete decarbonization in a realistic timeframe,” said study co-author Nikit Abhyankar of UC Berkeley. The resulting lower wholesale cost of electricity by 2035 “was a surprise for us.”
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