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Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners
Walter Jiulong Water Town, Xiamen Tuorui Yimin Construction Co., LTD | International Design Awards Winners

Walter Jiulong Water Town

CompanyXiamen Tuorui Yimin Construction Co., LTD
Lead DesignersHuang Yimin
Design Team Huang Yimin, Xu Qingfeng, Zheng Qicheng, Jiang Yuzi
Project LocationHuangpu District, Guangzhou
ClientGuangzhou Kunyin
CreditsXiamen Tuorui Yimin Architectural Affairs Co., LTD
Prize(s)Bronze in Building Of The Year / Cultural
Entry Description

To provide elderly care community for the increasingly serious problem of aging society. The mountain terrace landscape is introduced into the interior by "bringing in the forest". The red brick of local traditional architecture is used to weave the resonance of light and shadow, nature, humanity and warm nostalgia. The roof uses photovoltaic power generation to achieve zero carbon and clean energy utilization. The differential pressure ventilation created by the roof cavity generates hot air, creating a highly comfortable light atrium by breathing the building.