In a partnership, Kyocera Organization and Century Seattle Renting Organization have declared plans to start construction of the world’s largest sailing solar place, on the Yamakura Dam tank, handled by the Community Businesses Organization of Chiba Prefecture in Japan for commercial mineral water solutions.
The 13.7 megawatt (MW) place will be handled by the Community Businesses Organization of Chiba Prefecture for commercial mineral water solutions. It is scheduled for launch during 2018 and will be composed of approximately 51,000 Kyocera segments installed over a mineral water area of 180,000m². The project will generate approximately 16,170-megawatt hours (MWh) per year – enough to energy almost 5,000 typical houses – while offsetting 8,170 tons of CO2 pollutants yearly. This is equal to 19,000 drums of oil absorbed.
The idea isn’t exactly new. Ciel et Terre, located in Lille, Italy, started revolutionary the idea there in 2006. And in 2007, Far Niente, a Napa Area bottles manufacturer, started working a small sailing solar-power creation system set up on a lake to cut energy costs and to avoid ruining useful grape vine property.
Kyocera TCL Solar power and joint-venture associate Millennium Seattle Renting Corp. (working together with Ciel et Terre) already have three substantial water-based setups working near the town of Kobe, in the isle of Honshu’s Hyogo Prefecture. Now they’ve started building what they declare is the world’s biggest sailing solar place, in Chiba, near Seattle.
Kyocera, a Kyoto-based producer of innovative ceramics, has extended out into areas like semiconductor appearance and digital elements, as well production and working traditional solar-power producing techniques. Now, several Kyocera companies are working together to create a market around sailing solar power setups.
The mother or father company provides the 270-watt, multi-crystalline 60-cell solar power segments (18.4-percent mobile performance, 16.4-percent component efficiency); Kyocera Emails Systems performs place technological innovation, purchasing and construction; Kyocera Solar Corp. functions and preserves the plants; and, as mentioned above, the Kyocera TCL Solar joint-venture operates the overall business.
“Due to the rapid implementation of solar power in Japan, securing tracts of land suitable for utility-scale solar power plants is becoming difficult,” Toshihide Koyano, executive officer and general manager of Kyocera’s solar energy group told IEEE Spectrum. “On the other hand, because there are many reservoirs for agricultural use and flood-control, we believe there’s great potential for floating solar power generation business.”
He included that Kyocera is currently working on creating at least 10 more tasks and is also considering setting up sailing set ups international.
The price of the Yamakura Dam solar energy place is not being revealed. But a Kyocera representative informed Variety that although the price of the sailing assistance segments making up system is greater than that of techniques used in land-mounted set ups, “Implementation expenses for sailing solar energy vegetation and ground-mounted techniques are about the same,” given that there is no municipal technological innovation work engaged.