Tests conducted by Canadian researchers at the NREL’s testing field in Colorado have shown that ground reflectors based on high-density polyethylene can significantly increase bifacial PV plant performance. They stressed the profitability of this technology is strictly dependent on the location and warned avoiding to combine it with inverter clipping.
A 4.4 MW solar project featuring modular PV technology from 5B has commenced operations in Australia. The project includes 2 MW/1 MWh of battery storage systems from UK supplier Aggreko.
Researchers at Karlsruhe Institute of Technology (KIT) have developed a scalable two-step evaporation and inkjet process for perovskite thin-film solar cells. The new technique reportedly enables to build champion cells with the same efficiencies as those made with the spin coating process.
A group of Chinese researchers has made a first attempt to integrate pumped hydro with compressed air storage and has found the latter may help the former to better deal with large head variations.
A new mobile power generator that combines solar and renewable hydrogen to provide zero-emissions power for remote and off-grid applications has been unveiled by Australian startup H2PowerBox.
Solar panels are often tilted to a stowed position to prevent wind damage to utility-scale assets. Array Technologies introduced a passive stowing strategy that reportedly prevents unnecessary production losses.
Austrian manufacturer Sonnenkraft has developed a terracotta glass-glass module that aesthetically blends in with tiled roofs. It has an efficiency rating of 20.02%.
Scientists in Japan have investigated the impact of seasonal, metereological factors on solar plant performance and have found the average power generation inefficiency reached significant levels. The findings suggest that optimal site for power plants requires careful consideration of meteorological and geographical data.
An “Australian first” demonstration of aggregated flexible demand in residential settings will be rolled out in South Australia, with the state’s principle electricity distributor to deliver smart energy upgrades for 500 households as part of a pilot program to coordinate power usage and support the grid.
The modules are equipped with Maxeon solar cells and a microprism sheet that reportedly upholds a transmittance exceeding 99%. The microprism array is imprinted onto a PET sheet using the roll-to- roll embossing technique.
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