The growing demand for affordable electric vehicle batteries is driving cost reductions in lithium-ion battery technology, which is beneficial for affordable stationary storage, according to a new Lux Research report.
The island is a view into what a future with high penetrations of renewable energy will look like.
The company has simultaneously announced its the first deployment of cells made from its Direct Wafer products in a 500 kW commercial solar array in Japan.
It’s been a long time coming, but Tesla’s annual report confirms that the SolarCity-Silevo romance has come to an end.
The latest figures from the U.S. Department of Energy show that all renewables together made up 15.3% of generation.
Scientists at Oregon State University (OSU) have developed the world’s first battery using Hydronium ions to carry its charge. OSU says that the development provides new options for the development of stationary batteries to store power generated from solar PV.
The facility will be sited at Kodak’s Energy Storage Hub at the Eastman Business Park in the Finger Lakes. The high-density lithium ion battery manufacturer also will add a pilot production line, expected to be on line in a few weeks.
The leader of the California Senate has introduced a bill that would put the state tied with Hawaii for the most aggressive renewable energy mandate in the nation, and one of the most aggressive in the world.
German solar research institute Fraunhofer ISE has reclaimed the multicrystalline PV cell efficiency record, achieving 21.9%. Fraunhofer researchers deployed n-type high-performance multicrystalline technology to produce the record-setting PV cell.
Since 2015, our Technology Highlights feature has sought out the latest and greatest technological developments in PV. Now we’re ready to receive entries from across the industry for the 2017 feature, which will be a major highlight of our April edition, and enjoy a large media presence at the SNEC show in Shanghai.
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