Scientists give solar PV a paint job
Researchers and Berkeley Lab have discovered a shade of blue – dating back to ancient Egypt – which has impressive qualities they say could reduce building energy consumption and boost solar energy output. Meanwhile, NREL has developed a perovskite cell material that could be applied to a substrate using a paintbrush.
Spatial and temporal specificity: the new high bar for 100% renewables
Google, already 100% renewable powered via PPAs offsets of fossil fuels, is now aiming to make sure they’re clean energy powered 24/7 – even as the sun sets, and winds die down.
Nevada primed for up to a gigawatt of energy storage
A report by the Brattle Group for Nevada regulators suggests that by 2030 – depending on pricing – 700 to 1,000 MW / 2.8 to 4 GWh worth of energy storage could be cost-effectively deployed statewide.
American-Made Challenge gets five generals
NREL has chosen five companies to help administer the America-Made Solar Prize, a program whose stated goal is to develop U.S.-based solar manufacturing. These five companies receive contracts of $100,000 each for their services.
The solar sponge: shifting demand to soak up production
A new report by the Smart Electric Power Association argues that a process called reverse demand response can allow utilities to minimize curtailment of solar while simultaneously lowering power prices.
Employee owned engineering firm installing advanced electric vehicle charging on campus
Burns & McDonnell, a 6,000-strong engineering firm, is installing a Greenlots EV charging network and integrating it into the company’s campus network. The engineers hope to offer EV related services to their many electric utility customers.
How to install solar power strong enough for a hurricane
The 2017 hurricane season gave analysts at the Rocky Mountain Institute a broad dataset of storm-related solar power plant outcomes, from which they have delivered a list failures and specification for high wind speed survival.
Researchers propose doubling today’s solar panel efficiency using two weird tricks
By double stacking a perovskite-silicon solar cell and using the cell in a glass-on-glass bifacial solar module, scientists model that a 30-36% efficient solar module can be attained.
A plan for California to kick the gas habit
A set of analysis by the Union of Concerned Scientists show distinct pathways for California to lower its total gas plants from 89 units today, down to 33 units. The analysis suggests a combination of 25 GW of solar, wind, storage and more.
32% tandem cell solar still competitive at triple the price
ASU researchers have determined that a 32% efficient perovskite-silicon tandem cell could produce electricity at the same price as cutting-edge 22% efficient panels in the most cost-competitive of situations.
