Land scarcity and grid congestion are the main reasons for unexpectedly low capacity allocations in Japan’s five PV auctions between 2017 and January 2020. However, the auction outcomes should not be seen as disappointing, as the average final prices were close to the cost of electricity for solar, says the International Renewable Energy Agency.
Iranian scientists have assessed a new active approach for solar module cooling based on water spraying. Water sprayed from different angles can reduce the operating temperature of PV modules, with limited water consumption. However, the team noted that they have yet to assess the economic viability of the system.
Peel Renewable Energy is about to energize a 1.2 MW solar farm in Australia, as part of a fresh approach to microgrids. Infrastructure remains small, but the renewables-powered microgrid can grow to meet the needs of incoming businesses.
German scientists have designed a manufacturing process to reduce the thickness of the molybdenum diselenide interface layer in kesterite solar cells. They used two different configurations of silicon-oxynitride diffusion-barrier layers.
The procurement exercise has been planned for the first quarter of the year.
Western Australia-based solar glass developer ClearVue has commenced installation of its transparent solar PV glazing panels at what will be the world’s first clear solar glass greenhouse.
Spain’s Repsol will develop a €4.5 million ($5.5 million) pilot project to produce green hydrogen with floating PV for the Santander Port Authority. It will be completed in December 2023.
The tender was launched by Energy Efficiency Services Limited (EESL), an energy service company owned by the government of India.
What happens to a floating PV system located in cold climates during freezing temperatures? How is the plant handled and which kind of risks could be associated with these unfavorable climatic conditions? We have sought to answer these questions with the help of Kane Wang, manager of Sungrow Floating’s system solution department.
The two companies want to test a floating PV array under harsh weather conditions in rough waters for at least a year. The system will be based on a floating solar technology developed by Maritime Moss, a unit of Saipem.
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