Keywords architectural + edifices + building + ecosystem + environmentalism

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Home / Keywords architectural + edifices + building + ecosystem + environmentalism 76

LICENSED test567 cam MG 7476
Seam Reap. Solar flat plate collector on roof top.
LICENSED test567 qingdao MG 0351
Beach No. 6 in Qingdao with skyscrapers.
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Beach No. 6 in Qingdao with skyscrapers and St. Michaels Church.
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Beach No. 6 in Qingdao with skyscrapers.
LICENSED test567 haier MG 0686
Haier Head Quarter in Qingdao with old logo (statue).
LICENSED test567 haier MG 0672
Haier Head Quarter in Qingdao with old logo (statue).
LICENSED test567 haier MG 0668
Haier Head Quarter in Qingdao - Atrium.
LICENSED test567 qingdao MG 0342
LICENSED test567 haier MG 0673
Haier Head Quarter in Qingdao with old logo (statue).
LICENSED test567 haier MG 0669
Haier Head Quarter in Qingdao - Atrium.
LICENSED test567 solid MG 4397
Mr. Simon Thomas UWCSEA Project Director. 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 4386
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 4394
Mr. Simon Thomas UWCSEA Project Director. 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 4380
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 4399
Mr. Simon Thomas UWCSEA Project Director. 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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