Norway’s Statkraft is building a 2 MW floating PV array, first announced a year and a half ago, at its 72 MW hydropower plant in Albania’s Elbasan region. Norwegian floating PV specialist Ocean Sun has agreed to supply tech for the €2 million plant.
SolarPower Europe has predicted the volume of new PV capacity added this year will be 4% less than last year’s figure because of the Covid-19 crisis. At the end of 2019, the world had topped 630 GW of solar. For 2020, around 112 GW of new PV capacity is expected, and in 2021, newly installed capacity could be 149.9 GW if governments support renewables in their coronavirus economic recovery plans.
Bidders have until September 16 to pitch for generation capacity which can be installed on vacant land owned by the rail company nationwide.
The Chinese manufacturer has unveiled a hybrid product with a power range of 6.5-13 kW. The device has a maximum efficiency of 98.4%, according to Ginlong, and battery charging/discharging efficiency of 97.5%.
Chinese developer Panda Green says it has negotiated exclusive rights to develop a $1.41 billion project in Xinjiang which will feature PV and photothermal generation, hydrogen production and energy storage.
The government will grant rebates to residential PV projects and may cover up to 90% of the costs of purchasing and deploying a rooftop array.
A global research team says that China’s PV poverty alleviation scheme has ramped up disposable income levels in the country’s poorest counties. The Chinese government aims to install more than 10 GW of PV, especially in the most impoverished parts of eastern China, to help 2 million people by the end of this year.
The Solar Energy Industries Association has urged the U.S. Federal Energy Regulatory Commission to dismiss a petition to scrap net metering, solely on legal grounds. A filing by Solar United Neighbors, Vote Solar, and other groups makes a legal case and also rebuts the petition’s claims about net metering.
According to the Chinese power electronics manufacturer, the series features a maximum input voltage of 1,100 V per string and efficiencies ranging from 98.6% to 99.0%.
Scientists in the Netherlands have demonstrated an interdigitated back contact copper-indium-gallium-selenide solar cell with a sub-micron thickness of 673nm. The device has an aluminum oxide and magnesium fluoride-based anti-reflective coating.
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