Germany’s Fraunhofer Institute for Solar Energy Systems (Fraunhofer ISE) has conducted new research on the impact of floating PV and water temperature and evaporation.
A 1 GW direct current (DC) transmission line linking mainland Greece to Crete has entered trial operation, with full commercial service expected by September to support new green power capacity and future interconnections with Cyprus, Israel and Egypt.
Researchers in Netherlands and Belgium have created a numerical model to simulate the moisture ingress in PV modules. Their research work showed that climate in which a PV module is installed has a much higher impact on the moisture ingress than the choice of materials for the encapsulant of the backsheet.
Curtailment – the intentional reduction of power production – continues to rise for both solar and wind power in California.
Meyer Burger began manufacturing heterojunction (HJT) modules in the United States nearly one year ago, but ran into trouble less than six months later after a large purchase agreement was terminated.
Scientists have developed a new model for heat exchangers of heat pumps, combining strengths of numerical modeling and machine learning.
Change to planning law could simplify heat pump installation process for thousands of households in England. Limits on the size and number of heat pumps that can be installed have also been raised. The changes have been introduced as the UK government pursues 600,000 installations per year by 2028 target.
A massive increase in solar power generation capacity is already putting Australia on the fast track to a 100% renewable energy future.
Scientists have simulated the addition of floating solar panels to Switzerland’s Etzelwerk, an open-loop pumped-storage hydropower plant. Using 10% of the upper reservoir for the solar panels, the research team was able to add about 20% of the energy output.
Novasys Greenergy has released the Lynx Series n-type tunnel oxide passivated contact (TOPCon) glass-backsheet bifacial solar modules in power outputs from 600 Wp to 650 Wp and efficiencies between 21.27% and 23.05%.
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