The first batch of five-year investments, offered through German-owned Polish lender Mbank, will raise money to expand a solar portfolio R.Power claims already stretches to more than 4 GWp in its domestic market.
The fall 2020 round of the Dutch SDE++ program awarded 75 MW of heat pumps and 310 MW of electric boilers to developers. About €2.12 billion of state funds will also be used to support a CO2 capture project that an international consortium is building in Rotterdam.
The 1.8 million-square-foot facility is projected to create 500 jobs and produce an enhanced thin-film PV module for the utility-scale solar market in the U.S.
Energy efficiency, electrification of heating and transport, and the provision of clean cooking facilities are all going in the wrong direction as the Covid crisis deprived millions in sub-Saharan Africa of electricity use, according to a report by the IEA, IRENA, WHO, World Bank and UN Statistics Division.
Scientists in South Korea tested a new cathode material as part of a calcium-ion battery (CIB), achieving some impressive results. The material retained more than 90% of it initial capacity after 500 cycles, alongside some of the best performance results seen so far for this technology. The scientists say that this discovery opens up “an unexplored pathway toward the realization of stable and high-power cathodes in CIBs.”
The panel, fabricated by scientists in Italy, is composed of five series-connected cells, each with an area of 2.01 cm² and has an aperture area of 11 cm². It showed a power conversion efficiency of 16.1%, an open-circuit voltage of 5.59 V, a short-circuit current of 37 mA, and a fill factor of 72.5%.
The smallest of the storage units has a capacity of 4.8 kWh and an output of 1.5 kW. It can be expanded to eight battery modules in steps of 2.4 kWh and has a maximum of 57.6 kWh, and 6 kW, of power.
Spanish mounting system provider Alusín Solar has developed a solution to enable the transit of installers on roofs. It has recently commissioned a production line for this product, which it dubbed Carex.
Spanish developer FRV has agreed to participate in a €100 million effort to generate hydrogen via a 10 MW electrolyzer, powered by a 20 MW solar plant.
Academics have utilized three PCMs, known as RT26, RT35, and RT42, and decided to pack them ascendingly depending on their melting points and heat-flow direction. The system is claimed to allow lower melting rates and longer thermal management of the modules.
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