Swedish energy company Vattenfall is planning to build a 150 MW electric boiler near Amsterdam under the Netherlands’ SDE+ program for large scale renewables. The facility is planned to operate when a lot of electricity from wind and sun is available and to supply hot water to households in the city and its surrounding areas.
The proposed technique is based on radiative cooling and consists of a glass coating made with a two-dimensional subwavelength nanostructured grating, which is imprinted in soda-lime glass and has enhanced mid-infrared emissivity, and a micro-structured grating. The temperature decrease provided by the nano-micro-grating coating was found to be approximately up to 5.8 degrees Celsius.
Tesla said it plans to heavily invest in raw materials from Australia for its batteries. The company said the nation now has the chance to secure a more lucrative slice of the global supply chain as the world transitions to renewable energy.
Enteligent’s rapid shutdown device is bolstered by what it describes as ”robust power optimization.”
The device also showed an open-circuit voltage of 702 mV, a short-circuit current of 40 mA/cm2, and a fill factor of 79.7%. It has a large area of 239 cm².
The floating plant will be deployed at the 20 MW Wushantou hydroelectric power dam operated by Taiwanese state-owned utility Taiwan Power Corp, in Tainan city.
France’s Solar Cloth has announced that Renault Trucks has listed it as a supplier for its factories.
Scientists in the U.S. fabricated a semitransparent perovskite solar cell that reached 19.8%, and 28.3% in a tandem cell stacked on top of a silicon-heterojunction device. The device relies on a film of gold just a few atoms thick, grown using an innovative seeding method, which has the valuable properties of being both highly conductive and transparent.
The Chinese module manufacturer said the result was confirmed by the Institute for Solar Energy Research in Hamelin, Germany.
Scientists in China developed a new kesterite solar cell they say could be suitable for indoor or outdoor applications. The bifacial solar cell reached 9.3% frontside efficiency, and also achieved a 9.0% on the backside.
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