The Export-Import Bank of Korea is investing in a 132 MW solar plus 325 MWh battery energy storage project in Guam, under development by a consortium of Korean developers.
The Danish developer completed the 148 MW solar project, located in southern Denmark, ahead of schedule. The site is connected to the same grid point as the company’s already-operational 175 MW solar asset.
Scientists in China have constructed and tested a device that uses redox couples paired with a single triple-junction amorphous-silicon photoelectrode. When tested under a xenon lamp simulating one sun, the device achieved an average solar-to-electricity conversion efficiency of 4.2%.
The efficieny result represents one of the best performances ever achieved for this kind of thin-film solar cell to date. The device was fabricated with a rear contact interface that reportedly enhances charge transport.
Solar plus storage can also offer winter reliability improvements and limit gas consumption, finds a report from Synapse Energy Economics and the Solar Energy Industries Association.
Saatvik Green Energy has commissioned a 2 GW in-house EPE film manufacturing facility at its Ambala campus in Haryana.
Repurposed electric vehicle batteries have been used for the energy storage component of a solar and battery project that is now helping power operations at carmaker Nissan Australia’s aluminium casting plant in Victoria.
A team of Sweden-based researchers has developed a snow loss model to estimate snow-induced PV power losses on an hourly basis. The proposed approach relies solely on data from remote sensing sources, such as aerial imagery, LIDAR, and satellite data.
The Circunvalación Avenue in San Juan, Argentina, is fully lit using solar energy through a distributed generation system installed along the road that combines photovoltaic modules, inverters and high-efficiency LED luminaires.
Researchers in Norway investigated the melting behavior of silicon kerf agglomerates under different atmospheres and temperatures to improve recycling for solar-grade silicon. They found that vacuum melting enhances deoxidation and produces a homogeneous, oxide-free melt, while agglomerate size has little effect on melting behavior.
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