Community solar+storage is still rock and roll to me
Silicon Valley Clean Energy and Monterey Bay Community have signed 15 year power contracts with Recurrent Energy on a 150 MW-AC + 180 MWh solar+storage plant.
Duke to create solar leasing program for North Carolina C&I customers
Duke Energy has filed for lessor certification in North Carolina, in hopes to start leasing solar to the state’s largest nonresidential customers.
Distributing knowledge on shared solar energy
IREC has released its National Shared Renewables Scorecard to give insight into various states programs.
New renewables, nuclear bring down U.S. electricity emissions by ~13%
A recent analysis by the U.S. Department of Energy puts some numbers on how zero-carbon energy has brought down power sector emissions since 2005 – and it is almost all wind and solar.
SunCast: Lisa Ann Pinkerton on media and women in clean technology
This latest edition of Nico Johnson’s SunCast podcast brings you one of the most interesting and effective communicators in clean energy, Lisa Ann Pinkerton.
460,000 solar panels on their way in the Imperial Valley
Swinerton has begun work on the 200 MW-DC Mount Signal 2, one of a number of massive solar plants in Southern California’s Imperial Valley.
Warnings about Puerto Rico 100% renewable energy bill
Solar providers have expressed concern about language allowing charges on net-metered systems, and IEEFA warns that the bill will enable a rush to gas.
San Diego to form world’s largest single city CCA
The announcement comes as a part of Mayor Kevin L. Faulconer’s ambitious 100% by 2035 renewable energy mandate for the city.
Washington’s largest solar plant comes online
Avista Utilities, Strata Solar and Swinerton Renewables have come together to build a 28 MW-DC single axis tracker facility in Adams County, Washington. The facility will sell its electricity to 61 unique customers.
Operating solar with reserve capacity enables more solar on the grid
A solar plant can increase its output by starting from a curtailment status and then reducing curtailment. If grid operators schedule in advance both solar curtailment and increased solar output, the cost-saving level of solar increases substantially.
