Panasonic has been improving the cost and durability of heterojunction cells for years. Meyer Burger’s smartwire connections could replace three-busbar technology and drive further advances
With 34 of the 38 key technologies needed to hit the Paris Agreement’s best-case scenario falling short, PV and electric vehicles are keeping hopes alive
Bloomberg New Energy Finance says EVs will make up 44% of all new vehicle sales in Europe by 2030, 41% in China, 34% in the US and 17% in Japan. India trails with only 7% forecast. Buses, globally, will go electric at great pace.
Price deflation and technological innovation are helping solar transform the global electricity sector. A new report by IEEFA highlights the latest solar milestones around the world and charts important trends including the rise of floating solar and the corporate PPAs helping the tech giants ‘green’ their energy-hungry data centres.
The Swiss IPP finished its fourth Japanese PV plant located in Japan. Overall, the Swiss company is working on a 190 MW backlog of projects in Japan.
Kyocera has announced the completion of a 29.2 MW solar project in Tottori Prefecture, to the southwest of Japans largest island. The project utilizes modules produced by Kyocera, and is built on a former golf course.
Tesla’s batteries may soon be Made in China. The announcement was made by Panasonic CEO Kazuhiro Tsuga during a conference accompanying the company’s 2018 fiscal-year results.
A very small implantable device that can be used to control brain patterns has been developed by Japanese researchers using photovoltaic technology. The device is both the smallest and the lightest wireless optical biodevice to have ever been developed.
The Swiss-based power producer reported its Q1 2018 financial results. After the company ditched its Chilean project portfolio, some numbers look grim, but performance in the Japanese market appears more promising.
Researchers working on inorganic perovskites at the Energy Materials and Surface Sciences Unit at the Okinawa Institute of Science and Technology Graduate University (OIST) in Japan have found that doping with manganese can significantly improve the performance of wholly inorganic perovskite solar cells.
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