General Electric is partnering with national laboratories and universities on two projects; one to design behind-the-meter energy storage and another to enhance utility visibility of behind the meter solar generation.
In addition to outlining the performances of leading solar modules in a range of tests designed to replicate the stresses modules experience in the field, the 2022 PV Module Index report also looks forward at emerging trends in the industry and upcoming technical standard changes.
Germany’s Institute for Solar Energy Research Hamelin has confirmed that Longi’s new heterojunction solar cell has achieved a power conversion efficiency of 26.5% – an improvement of 1.1%.
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.
The National Renewable Energy Laboratory developed a tandem perovskite solar cell that tackles problems with stability and boosts efficiency.
Alsym’s batteries, made from readily available materials without lithium or cobalt, will be produced for electric vehicles, stationary storage, and marine applications.
Enovix also demonstrated its US-made silicon anode lithium-ion batteries can charge 0% to 80% in five minutes.
LONGi Solar outlines its high temperature mitigation logic in designing the lower current, higher wattage Hi-MO5 solar panel series.
Buildings-integrated photovoltaics maker Mitrex plans to deploy highway noise barriers with integrated solar that have 1.2 MW of capacity per kilometer. The technology is currently in the pilot phase at government entity locations in North America.
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