Taiwan-based TrendForce says the nation added only 410 MW of solar capacity to the end of May, towards this year’s 2.2 GW target. The lower-than-expected deployment volume may be further hampered by new restrictions for PV on agricultural land introduced by the Council of Agriculture this month.
Despite strong revenue growth in its domestic market, Quick Mount PV – which was acquired by Netherlands-based Esdec last year – is abandoning its U.S. manufacturing to move overseas.
The Royal Bank of Canada has agreed to buy 80,000 MWh per year from two solar parks now under construction in the province of Alberta. They will begin supplying power in April 2021.
Researchers in Spain have developed a maximum power point tracking (MPPT) algorithm based on just one input parameter – PV module temperature. The algorithm has already shown stability in testing, the scientists claim.
Scientists in India have taken a close look at the potential impact of growing volumes of PV waste, and have conducted surveys that suggest a lot more work is needed from manufacturers and policymakers to develop management systems for end-of-life PV products.
Tongwei has revealed its PV cell prices for August, while Canadian Solar has announced plans to list shares of one of its units in China. Energy China, meanwhile, has kicked off an auction for 1.2 GW of solar panels.
The latest edition of the US Energy Information Administration’s Electric Power Monthly report shows renewables generated more electricity through May 31 than coal and nuclear.
Spanish renewables company Acciona has commissioned Spain’s first floating installation and utility EDP has finalized the first, 1 MW phase of a 4 MW project at the Alqueva water reservoir in southern Portugal.
Spanish energy company Iberdrola plans to build a 100 MW solar park, a storage facility, and a hydrogen production station in Puertollano, central Spain. The €150 million project is scheduled to be operational next year.
A French-Italian research group has shown that BIPV facades on buildings can cause a ‘darkening’ effect by reducing light reflectance on nearby installations, dragging down energy production by 11%. The ‘urban heat island effect’ can also weigh on PV system performance, the researchers said.
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