Keywords Architecture + energy + natural resources

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Home / Keywords Architecture + energy + natural resources 68

LICENSED test567 suntech MG 2253
Suntech facade on the Suntech headquarter in Wuxi. Outside frontview. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2247
Suntech facade on the Suntech headquarter in Wuxi. Outside frontview. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2250
Suntech facade on the Suntech headquarter in Wuxi. Outside frontview. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2245
Suntech facade on the Suntech headquarter in Wuxi. Outside frontview. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2255
Suntech facade on the Suntech headquarter in Wuxi. Outside frontview. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2248
Suntech facade on the Suntech headquarter in Wuxi. Outside frontview. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2241
Suntech facade on the Suntech headquarter in Wuxi. Outside frontview. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2300
Suntech facade on the Suntech headquarter in Wuxi. Inside view through the semitransparent modules. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2264
Suntech facade on the Suntech headquarter in Wuxi. Inside view through the semitransparent modules. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2266
Suntech facade on the Suntech headquarter in Wuxi. Inside view through the semitransparent modules. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 suntech MG 2267
Suntech facade on the Suntech headquarter in Wuxi. Inside view through the semitransparent modules. Offices behind the facade. 1MW On-grid Photovoltaic Façade System The 18,000 square meter Suntech Green Energy HQ Building incorporates the world’s largest on-grid photovoltaic Façade system, with over 2,570 semi-transparent Light ThruTM solar panels and an annual power output of 730,000 kilowatt hours. Architect: Wieser, Austria
LICENSED test567 solid MG 4256
UWC EA Solar Cooling & Domestic Hot Water project in Singapore in final construction phase. Planning, construction and design on by S.O.L.I.D. (Austria) This system, with a collector area of 3,900m², will generate approximately 2.200 megawatts a year, making it the largest Solar Cooling Plant in the world. It will provide 100% of the schools’ hot water demand as well as a significant part of the air-conditioning. UWCSEA East will be the first, and up to now only, school in the world using a combined air-conditioning and hot water system generated by renewable energy.
LICENCED test567 qingdao MG 0337
Blocks equipped with solar water heater.
LICENSED test567 solid MG 4267
UWC EA Solar Cooling & Domestic Hot Water project in Singapore in final construction phase. Planning, construction and design on by S.O.L.I.D. (Austria) This system, with a collector area of 3,900m², will generate approximately 2.200 megawatts a year, making it the largest Solar Cooling Plant in the world. It will provide 100% of the schools’ hot water demand as well as a significant part of the air-conditioning. UWCSEA East will be the first, and up to now only, school in the world using a combined air-conditioning and hot water system generated by renewable energy.
LICENSED test567 solid MG 4261
UWC EA Solar Cooling & Domestic Hot Water project in Singapore in final construction phase. Planning, construction and design on by S.O.L.I.D. (Austria) This system, with a collector area of 3,900m², will generate approximately 2.200 megawatts a year, making it the largest Solar Cooling Plant in the world. It will provide 100% of the schools’ hot water demand as well as a significant part of the air-conditioning. UWCSEA East will be the first, and up to now only, school in the world using a combined air-conditioning and hot water system generated by renewable energy.

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