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![]() by Staff Writers Tokyo, Japan (SPX) Feb 02, 2018
Kyocera Corporation and Tokyo Century Corporation report that Kyocera TCL Solar LLC has completed construction of a 21.1 megawatt (MW) utility-scale solar power plant in Hagi City, Yamaguchi Prefecture, Japan. 78,144 Kyocera solar modules were installed on approximately 1km2 of land originally planned for the construction of an industrial waste disposal facility which was abandoned, then repurposed for the clean energy project. A ceremony was held on January 11 to commemorate completion of the plant, which will generate an estimated 23,000 megawatt hours (MWh) per year - enough electricity to power approximately 7,730 typical households*1. All electricity generated at the plant will be sold to the local utility (The Chugoku Electric Power Co., Inc.). It is Kyocera TCL Solar's second largest solar power plant following a 25MW plant in Fushimi-ku, Kyoto City which was built on an abandoned golf course. Kyocera TCL Solar has developed 58 solar power plants in Japan with a total 166.9MW*2 of output since the company was established in August 2012. The plants feature Kyocera's high-performance, high-reliability solar modules which provide exceptionally high annual energy yields in a wide range of environments, rated as a "Top PerformerExternal Link" across all test categories in DNV GL's PV Module Reliability Scorecard for three times in a row (certified in every Scorecard since 2014). Furthermore, in order to utilize Japan's abundant water surfaces, Kyocera TCL Solar has focused on installing floating solar power generation systems and has begun operation of five floating solar power plants in Japan. Construction of Japan's largest*3 13.7MW floating solar power plant on a dam reservoir in Chiba Prefecture was completed with operation planned to begin in March 2018. Through projects like this, Kyocera TCL Solar, Tokyo Century and Kyocera will remain committed to promoting renewable energy as well as contributing to environmental protection and the creation of a sustainable society.
![]() ![]() Pathway opens to minimize waste in solar energy capture Sydney, Australia (SPX) Jan 26, 2018 Researchers at the ARC Centre of Excellence in Exciton Science have made an important discovery with significant implications for the future of solar cell material design. The team, led by Professor Timothy Schmidt at UNSW, has been looking at ways to capture the energy of visible light that is currently wasted due to the limitations of silicon, which is only able to access approximately 25% of the solar spectrum. To illustrate, silicon on its own is only able to use of about half the energy of gr ... read more
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