Scientists in Spain tested PV modules under partial shading conditions, aiming to better understand the formation of performance-damaging hotspots. The study reveals a potential issue particularly affecting half-cell and bifacial modules, which may cause accelerated performance loss and is not covered by current testing/certification standards.
Mibet has developed a new solar carport with a waterproof design, allowing the deployment of framed and unframed solar panels with tilt angles ranging from 5 degrees to 15 degrees, in either portrait or landscape configurations.
Scientists in India have fabricated indoor bifacial perovskite solar cells that purportedly achieve remarkable power output per single cell. The devices also reached a bifaciality factor of 0.73.
A team of Dutch university students under the banner Top Dutch Solar Racing has installed perovskite silicon tandem cells in its entry in the 16th edition of Bridgestone World Solar Challenge. The upcoming race is a six day, 3000 km expedition across the Australian continent, from Darwin to Adelaide.
Chiripal Group’s Grew, which currently has 1.2 GW of solar module capacity, is adding 4.8 GW of new production lines.
Solar panel producer Maxeon Solar Technologies will lay off 750 employees by the end of the year as the company reels from reduced shipments from its largest distributed generation (DG) customer in North America and an ‘industry-wide demand slowdown’ in global DG markets.
Auxano Solar has commissioned a 100 MW solar panel assembly factory in Lagos, Nigeria. It launched the project in 2016.
Developed by Taiwan-based Flexwave, the monocrystalline-based PV module relies on passivated emitter rear contact (PERC) cell technology and is available in two versions with a power output of 1,250 mW and 3,050 mW, respectively.
Researchers in Switzerland have looked into three kinds of black ink coating for metallic ribbons used in PV modules. They have compared their visual stability and their effect on electrical performance.
Fraunhofer ISE researchers have demonstrated for the first time the feasibility of the shingling approach with perovskite-silicon tandem solar cells. They also produced full format photovoltaic modules with a power conversion effciency of 22.8%.
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