Tesla claims its New York factory built 4 MW of solar roof tiles last week, ‘enough for 1,000 homes’
Although every box of shingles we examined came from Changzhou, China, not the factory in New York.
Boralex bursts into the US market with 180 MW solar portfolio
The global renewable energy developer’s first foray into the American market will come via a four-project portfolio, developed in response to a NYSERDA renewable generation solicitation.
Morning Brief: Reporting from Shanghai on implications of the outbreak on the solar supply chain
Also in the brief: Enphase ships storage; homeless encampments using secondhand solar; big batteries.
Demand Power gets $71 million for battery storage, solar and energy services
Energy storage in the time of Corona.
Construction begins on Ohio’s largest solar project
Hillcrest Solar has broken ground. The installation marks the beginning of what is expected to be an Ohio solar boon, with Wood Mackenzie ranking the state as top in the Midwest for development over the next five years.
Vivint continues residential solar growth, hopes to catch up on energy storage
Shares of Vivint dropped after the solar installer/financier posted a larger-than-expected fourth-quarter loss and sales missed expectations. Vivint posted a net loss of $33.5 million, compared with a loss of $12.9 million, in the year-ago quarter.
Jinko enters the residential solar game with a bang
The new n-type panels, which offer 405W of power output and an efficiency rate of 21.22%, are the manufacturer’s first designed specifically for homes.
Morning Brief: Indiana passes HB 1414, PG&E, FEMA agree to wildfire settlement
Also in the brief: NJR Clean Energy Ventures acquires the country’s largest floating solar array, a clean energy advocate has been named to Wisconsin’s PSC, a community solar farm proposed in Maine and more.
Tesla solar glass roof tile photo gallery update
Videos from very involved solar roof owners. Some before and after photos. More tile boxes from China.
Bifacial PV modules are going mainstream but more field data is needed — and NREL is on the case
Getting the most out of a bifacial module requires a rethink at almost every level of system design and the industry is hungry for field data generated by such systems to better inform energy yield modeling and define the best approaches to maximizing yield at minimal cost. NREL’s three-year study into bifacial performance is beginning to yield results.
