A team at Princeton University developed a new technique to accelerate solar cell longevity testing, while concurrently discovering a layer, only a few atoms in thickness, which is credibly projected to support perovskites lasting thirty years.
Lennox developed the first prototype that achieved the DOE’s Cold Climate Heat Pump Technology Challenge’s standards about a year ahead of schedule.
The Module HC 108M is a 410W/400W residential solar module using 108 half-cut 182 mm mono PERC cells and is Solarever’s most powerful module to date.
Communities will get help with strengthening energy infrastructure, reducing outage risk, and improving their future energy and economic outlook.
As applications to interconnect solar and storage projects have “skyrocketed,” the national solar trade group recommends ways to speed interconnection on both the transmission and distribution grids.
The National Renewable Energy Laboratory developed a tandem perovskite solar cell that tackles problems with stability and boosts efficiency.
A Pacific Northwest National Laboratory study found that allowing customers to opt for real-time power rates, and shift some consumption to lower-priced periods, would lower customer bills 10% to 17%. A pilot study has shown that real-time pricing works, and more pilots are underway.
Alsym’s batteries, made from readily available materials without lithium or cobalt, will be produced for electric vehicles, stationary storage, and marine applications.
With $40 billion in assets and operations across 24 US states, and over 7 GW of wind and solar power facilities, Avangrid’s new Onshore President & CEO, Jose Antonio Miranda sat down with pv magazine to discuss his company’s ongoing renewable development strategy, and why he feels he’s the right person for the job.
Enovix also demonstrated its US-made silicon anode lithium-ion batteries can charge 0% to 80% in five minutes.
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