Researchers in Germany are scaling up efforts to bring perovskite-silicon tandem solar cell technology into industrial scale production. The scientists say manufacturing cells of that kind is possible on widely-available six-inch silicon wafers and modular systems are being designed to do so at scale.
German company Wystrach has developed a 350-bar hydrogen refueling station for heavy duty vehicles which can be installed anywhere.
In this two-part series, Tier-1 solar company Q CELLS takes an in-depth look at how the foundations of the world’s energy infrastructure are being methodically dismantled and upgraded with greener, cleaner and more intelligent solutions, and examines solar’s role – and that of traditional module cell and module manufacturers – in this fascinating transition.
Scientists led by the Technical University of Munich have packed a variety of perovskite and organic solar cells onto a rocket, and sent it into orbit 240 kilometers above the planet’s surface. Their results demonstrate strong potential for such technologies to power satellites and even deep space missions.
Rheinland Solar has built a 750 kW floating solar plant to power several sieving machines and suction excavators at a quarry in Germany. On weekends, the excess electricity is sold to the grid at market prices.
The German developer will use the funds to finance its 16 GW global solar pipeline.
An EU-funded research project coordinated by German research institute Helmholtz-Zentrum Berlin has tested several configurations for solar-powered hydrogen generation. First results showed which may be the most suitable PV technologies for electrolysis.
The German government is planning to tender 5.3 GW in the rooftop segment and 13.5 GW for large-scale PV projects.
Eco-Tec, an Austrian PV company, is cooperating with a startup, Meine Blumenwiese, to ecologically upgrade ground-mounted solar projects. The two companies aim to generate clean energy while also creating new habitats for a range of insects and animals.
The Austrian Institute of Technology, Fraunhofer ISE, and Forster Industrietechnik are developing a new rooftop PV system concept for motorways. They aim to harness the potential of underexploited road networks to generate electricity.
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