The result was confirmed by Germany’s Institute for Solar Energy Research (ISFH).
The French government allocated 57 MW of PV capacity across 47 projects through the tender. Réunion and Guadeloupe were the territories with the largest allocated capacities.
Brazil may see the deployment of 4 GW of new distributed generation solar capacity this year and another 5 GW next year, according to Aldo Pereira Teixeira, the CEO of Brazil’s largest PV product distributor and system integrator. In an interview with pv magazine, he explains why and how this huge growth could materialize.
A European research team has investigated the implications of renewable energy intermittency on capital utilization across a future electricity-hydrogen system, including transmission and storage infrastructure. According to its findings, idle capacity substantially increases the system costs and limits wind and solar development.
Two 35 MW floating facilities were deployed on the Gia Hoet 1 and Tam Bo irrigation lakes in the Chau Duc district commune of Quang Thanh.
Xcel Energy wants to build solar projects of at least 75 MW that interconnect to the existing infrastructure at its Sherco plant in Minnesota.
Plans to set up new cell and module capacities have been announced by the three manufacturers. Trina intends to add 10 GW of cell capacity to its manufacturing site in the Sichuan province, while GCL Integration wants to build an 8.5 GW monocrystalline solar cell factory in the Jiangsu province.
Simarpreet Singh, director at EPC firm Hartek Group, speaks to pv magazine about the impact of the Covid pandemic on India’s rooftop solar sector, technology trends shaping the market, and the outlook for 2021.
Polaron formation in perovskite solar cells has been indicated in scientific research as a possible factor for making this kind of cell particularly efficient, although the mechanism behind polarons’ action is completely unknown. A U.S. research group has now observed how polaron distortions form and grow.
Australian researchers have identified more than 600,000 sites suitable for closed-loop pumped-hydro energy storage projects across the globe. “Off-river” pumped-hydro is not only able to overcome the typical topographical issues of conventional pumped-hydro but is also cheaper.
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