Chinese battery manufacturer BYD will this week introduce an expanded portfolio of energy storage systems designed for the commercial and industrial solar markets. At The smarter E, the company will also offer a sneak peak at a new high-voltage storage system expected to be launched later this year.
The solar cleaning system moves horizontally and cleans the panels vertically, while a patented auto-switch allows the robot to clean from either side of the module row, which the manufacturer said minimizes cleaning time. The device weighs up to 50 kg and has a cleaning speed of 22 m per minute.
German electrical equipment provider AEG is launching a shingled solar module for residential and commercial installations at this year’s Smarter E event in Munich, Germany.
India-based Inficold has developed a multi-chamber, solar-powered cold storage solution that facilitates the storage of multiple perishable commodities in different temperature-controlled chambers, all under their respective ideal storage conditions.
EDF Renouvelables expects to switch on a solar array at a nuclear plant in France in early 2023. It will rely on 22,000 solar modules. The Creys-Malville nuclear plant, which was shut down in 1997, is set to be dismantled by 2024.
Winaico’s new 410 W solar panels measure 1,726 mm x 1,135 mm x 35 mm and weigh 21.5 kg. They can operate with a system voltage of 1,500 and come with a 25-year product guarantee and a 25-year performance guarantee.
Katek’s new StecaGrid Hybrid 10023_3 hybrid PV inverter has a nominal power of 10 kW, an efficiency of 98.1%, and a European efficiency rating of 97.9%.
Norwegian startup Over Easy Solar AS is launching a vertical PV system for rooftop applications at this year’s Smarter E in Munich, Germany.
Hanwha’s new PV modules, designed for rooftop applications, are available in two versions: a 400 W product with a power conversion efficiency of 22.3% and a white frame, and a black 395 W module with an efficiency of 22%. For both products, the temperature coefficient is -0.30%.
Energy systems have long been designed to deliver electricity to major cities from distant hubs. But now, thanks to recent advances in solar panel energy density and building-integrated PV, vertical cities could soon be standing tall under their own power.
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