The U.S. Department of Energy’s Argonne National Laboratory and Idaho National Laboratory will carry out demonstration projects to validate long-duration energy storage tech developed by German manufacturer CMBlu Energy. The collaborative project is designed to improve microgrids in cold climates and make fast charging of electric vehicles more affordable in underserved communities.
The Department of Energy has begun a process to designate National Interest Electric Transmission Corridors, and invites industry input on the first stage of the process by February 2.
Virtual power plants (VPP) coordinate home energy resources, dispatching power to the grid at key times of high electricity demand in exchange for compensation.
The U.S. Department of Energy will back the two technologies that can help deploy utility-scale and distributed solar, as well as two other technologies that benefit wind power, seeing all four as high-priority technologies ready for rapid scaling.
Solar power and wind energy depend on intermittent energy sources, and a team from Pacific Northwest National Laboratory looked at the frequency and duration of ‘energy droughts’ across the U.S. in order to help grid operators keep the energy flowing.
Also on the rise: EV adoption can help curb urban air pollution. Battery prices down 14% this year. And more.
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 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.
Sustainable energy company Avangrid Inc. announced a pilot project with LineVision Inc. that explores increasing New York’s current transmission capacity through monitoring software.
Egyptian researchers have developed a multi-string PV system with a converter control strategy, achieving 99.81% efficiency with a direct duty cycle for maximum power point tracking (MPPT).
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