Canada’s Solaires Enterprises says its indoor perovskite modules are suitable for powering a range of electronic devices, such as wireless keyboards, smart door locks, electronic shelf labels, and sensors.
Georgia Tech researchers discovered that isolated water or oxygen exposure does not degrade cells, and it is rather the interplay of the molecules that cause rapid degradation.
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.
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.
At the pv magazine RoundtablesUS 2023, four experts weighed in on PV module choices now and into the future, with TOPCon in the spotlight but perovskite and tandem HJT on the not-too-distant horizon.
Carbon electrode back-contacts for perovskite solar cells promise simpler, less energy-intense manufacturing, but low power conversion efficiency has held back adoption. However, this may change now, as researchers are overcoming the barriers to commercialization.
Also on the rise: Aims Power introduces hybrid inverter for solar-battery systems. Scientists outline innovation pathways for PV technologies. And more.
Verde Technologies is partnering with NREL and Northern Illinois University on developing new manufacturing techniques for producing stable, safe, low-cost and recyclable perovskite solar cells.
Also on the rise: Top five solar inverter vendors accounted for 71% of shipments in 2022, U.S. startup to produce perovskite glass for tandem modules and Amogy eyes commercialization of zero-emission, ammonia-powered semi-truck.
Caelux secured series A funding to deploy perovskite glass that can be integrated with existing solar manufacturing processes to boost module efficiency.
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