The German research institute wants to develop an efficient and reliable methodology, which could contribute to considerable cost reductions in photovoltaic generation – both for manufacturers and operators.
According to its creator, Swedish start-up Evolar, the new technology can be applied to existing production lines for crystalline silicon modules and increase a product’s efficiency by around 5%.
PV developers will no longer be allowed to deploy solar on salt flats in ecologically sensitive areas in Chiayi County and the city of Tainan.
Copenhagen Infrastructure Partners and Hydrogen Renewables Australia have agreed to develop the 5 GW Murchison Renewable Hydrogen Project in Western Australia. It will use PV and wind to produce hydrogen fuel for export to Japan and South Korea.
Researchers in Egypt have tested a new solar module cleaning technique for solar arrays in arid regions. They claim that the combination of nano-coatings with vibration mechanisms on the backs of modules can reduce manual cleaning requirements.
French cooperative Céléwatt and engineering company Mécojit are building a new, 250 kW solar park in southwestern France. The solar panels are installed on a raw wood structure, sourced from the surrounding forests, to promote local employment and a regional natural resource.
Solarpower Europe has called on member states to put solar and battery storage front and center when it comes to drawing up the Recovery and Resilience plans needed to secure a slice of the bloc’s proposed €672.5 billion post-Covid stimulus package.
Spanish company Isigenere has deployed a 739 kW floating array on a quarry lake near Dettelbach, in the Bavaria region. The plant is relying on 1,896 panels with a power output of 395 W each.
French companies Ombrea and RES are partnering on the development of special PV shade systems for agrivoltaic projects. The devices will be equipped with artificial intelligence technologies to make them react to unfavorable weather conditions.
South Korean scientists have built a kesterite solar cell based on a zinc tin oxide (ZTO) buffer layer. It offers almost the same efficiency as kesterite cells based on toxic cadmium sulfide buffer layers, as the energy of the electrons between the kesterite absorber layer and ZTO buffer layer are aligned.
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