The German energy storage business has invested an unspecified amount in compatriot Stercom Power Solutions, which offers the ability to transfer electricity, untethered, from a magnetic coil to a receiver coil on the underside of new-energy vehicles.
Plus, the Norwegian government is set to devote €2.5 million into a joint venture trying to develop liquid organic hydrogen carrier solutions for shipping by the middle of the decade.
At this year’s SNEC event in Shanghai, China, pv magazine took the opportunity to talk with GoodWe founder and chairman, Daniel Huang. He outlined the key PV inverter trends he expects to see over the coming years and discusses growth from a domestic company to a multinational player with offices across the world. Overall, he abides by three key ingredients for business success.
The Cheer-Up project aims to enhance the performance of ‘upgraded metallurgical-grade (UMG) silicon for multi-crystalline solar cells and demonstrate it is a competitive alternative to polysilicon by achieving similar efficiencies at lower cost and with less environmental impact. Researchers also want to demonstrate UMG can be used to manufacture the most advanced cell structures.
Around 500 open-pit lakes left behind as a legacy of Germany’s open-cast lignite mining industry could potentially host more than 50 GW of solar generation capacity. With that in mind, the Federal Ministry for Economic Affairs and Energy is financing a three-year study into the technology’s revenue potential.
The result was confirmed by Germany’s TÜV Rheinland and TÜV Nord.
A 500 kW solar project by the side of the Bada Talab in Bhopal, Madhya Pradesh, uses 1,540 PV panels supported through cantilever frame. The installation runs 1.2 km.
A true next generation of solar cell technology is upon us. It is time to contemplate the benefits.
Furthermore, Texas oil field services company Baker Hughes and engineering, procurement and construction company Samsung Engineering have announced a collaboration with regards to low to zero-carbon projects utilizing carbon capture, utilization and storage (CCUS) and hydrogen technologies.
Research institutes in Germany and Chile are investigating the potential of extracting lithium and other minerals, as well as drinking water, from brines used in geothermal energy. The concept could greatly reduce the environmental impacts of mining in northern Chile. The project has set up a demonstration of the technology at a geothermal power plant in western Germany, and is working to identify optimal sites in Chile for further development.
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