Los Angeles looks to expand community solar to lower-income customers
Expanding community solar is among the strategies that would help the Los Angeles municipal utility improve equity, found a study led by NREL and UCLA.
Mainstreaming grid flexibility to make room for renewables
A strategic and coordinated approach to integrate various clean energy solutions into the grid is vital to making space for the surge of renewables and electrification across the country, which is where “grid flexibility” enters the scene.
Sunrise brief: D.C. area targets 250,000 solar rooftops by 2030
Also on the rise: A western National Parks EV charging network, a residential heat pump turbine, lessons learned from battery energy storage systems, and more.
Renewables developer Longroad Energy secures $600 million in debt financing
The funding adds to a $500 million equity investment made in Longroad Energy in 2022.
D.C. area targets 250,000 solar rooftops by 2030
There are currently about 72,000 solar rooftops in the target region that includes Washington D.C., Northern Virginia and parts of Maryland.
Study frames out EV charging network for the western National Park system
Assuming there are nearly 40 million EVs on the road by 2030, researchers suggest the region needs between 2,350 and 4,610 direct current fast charging ports.
Infinite Turbine debuts heat pump turbine for homes, businesses
Infinite Turbine has developed a heat pump turbine for residential and commercial applications, using PV or alternative electricity sources for simultaneous cooling and hydraulic power. The tech can be retrofitted with existing CO2 heat pump systems for air conditioning, hot water, and process heat.
Grid interconnection: The bottleneck holding back renewables developers
“The reality is that without adequate electric grids and processes in place to connect this new wave of electricity supply with demand, it will be hard, if not impossible, to reach our clean energy goals,” writes Jeff Perry of Agilitas Energy.
Inverted perovskite solar cell achieves 25.1% efficiency via new passivation technique
A group of scientists in the United States has utilized a new passivation strategy based on sulfur-modified methylthio molecules to build an inverted perovskite solar cell with a certified efficiency of 25.1% and remarkable stability. The proposed passivation approach reportedly led to a five-fold increase in carrier lifetime and a three-fold reduction in photoluminescence quantum yield losses.
An ag-tech revolution powered by the sun
The growing role that agrivoltaics can play in helping to significantly reduce energy costs and meet clean energy targets.
