Increase of PID susceptibility of PV modules under enhanced environmental stress

Potential-induced degradation (PID) is still one of the main reasons for unpredictable power losses in PV power plants. Volker Naumann, Otwin Breitenstein, Klemens Ilse, Matthias Pander, Kai Sporleder and Christian Hagendorf of Fraunhofer CSP examine how the PID susceptibility of PV modules is influenced by environmental stress. It is found that PID may develop in originally PID-resistant modules after a period of one to three years of unsuspicious operation, depending on climatic conditions

Fraunhofer ISE develops software to analyse c-Si solar cell-to-module power losses

Fraunhofer ISE has developed a new software tool that determines the cell-to-module (CTM) effects that occur when solar cells are integrated into a module. The SmartCalc.CTM software enables manufacturers of PV modules and materials to optimize the assembly and material combination in a PV module before fabricating a prototype.

Movers & Shakers: Eskom, First Solar, Sunrun, SPI Energy, Fraunhofer Institute, Eos Energy Storage

In this week's Movers & Shakers, PV Tech covers the controversy surrounding the sudden exit of Brian Molefe from South African utility Eskom after scandal accusations, and reports on whether this could emerge as an opportunity for the country's embattled renewables procurement programme. We also report on First Solar slashing jobs after it rescinded on its former plans to migrate its series five module and other happenings from the US, Europe and China.

Fraunhofer ISE resurrects agrophotovoltaics

Fraunhofer ISE said it was spearheading the largest research project (APV-Resola) in Germany to establish whether the dual use of land for the production of electricity using photovoltaic (PV) modules can be commercially viable with a range of crops grown on the same land.