Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Ecological self-circulation type photovoltaic green building
The invention belongs to the technical field of green buildings, and particularly provides an ecological self-circulation type photovoltaic green building. The building comprises a house which is constructed facing south and a roof at the top of the house; and a pool is fixedly arranged below the eave on one side of the house and a water collection tank is fixedly arranged below the eave on the other side. In a rainy day, water flows along the eave into the pool and the water collection tank. Water transportation pipes are arranged at the bottom of the pool and the bottom of the water collection tank and are connected with a reservoir. The water transportation pipes can introduce rainwater falling into the pool and the water collection tank into the reservoir. In a waterclogging season, the rainwater can rapidly pass the pool and the water collection tank and flow into the reservoir, so the rainwater surrounding the house can be rapidly drained. An irrigation faucet can be further arranged in a plantation zone and communicate with the reservoir, so vegetable crops planted in the plantation zone can be irrigated in a drought season, and circulating utilization of the rainwater can be realized.
本发明属于绿色建筑技术领域，尤其为生态自循环式光伏绿色建筑，包括坐北朝南向建设的房屋以及所述房屋顶端的屋顶，所述房屋的一侧屋檐下方固设有池塘，另一侧屋檐下方固设有集水槽；在房屋的一侧屋檐下方设有池塘，另一侧屋檐的下方设有集水槽，在下雨天，雨水会顺着屋檐流入池塘和集水槽，池塘和集水槽底端均设有与蓄水池相连接的输水管，能够将落入池塘和集水槽内的雨水汇入蓄水池内，在水涝季节可以将雨水快速通过池塘和集水槽汇入蓄水池，使房屋周围的雨水能够迅速排掉，还可以在种植区设置一个灌溉水龙头，连通蓄水池，能够在干旱季节对种植区种植的蔬菜作物进行灌溉，实现雨水的循环利用。
Ecological self-circulation type photovoltaic green building
The invention belongs to the technical field of green buildings, and particularly provides an ecological self-circulation type photovoltaic green building. The building comprises a house which is constructed facing south and a roof at the top of the house; and a pool is fixedly arranged below the eave on one side of the house and a water collection tank is fixedly arranged below the eave on the other side. In a rainy day, water flows along the eave into the pool and the water collection tank. Water transportation pipes are arranged at the bottom of the pool and the bottom of the water collection tank and are connected with a reservoir. The water transportation pipes can introduce rainwater falling into the pool and the water collection tank into the reservoir. In a waterclogging season, the rainwater can rapidly pass the pool and the water collection tank and flow into the reservoir, so the rainwater surrounding the house can be rapidly drained. An irrigation faucet can be further arranged in a plantation zone and communicate with the reservoir, so vegetable crops planted in the plantation zone can be irrigated in a drought season, and circulating utilization of the rainwater can be realized.
本发明属于绿色建筑技术领域，尤其为生态自循环式光伏绿色建筑，包括坐北朝南向建设的房屋以及所述房屋顶端的屋顶，所述房屋的一侧屋檐下方固设有池塘，另一侧屋檐下方固设有集水槽；在房屋的一侧屋檐下方设有池塘，另一侧屋檐的下方设有集水槽，在下雨天，雨水会顺着屋檐流入池塘和集水槽，池塘和集水槽底端均设有与蓄水池相连接的输水管，能够将落入池塘和集水槽内的雨水汇入蓄水池内，在水涝季节可以将雨水快速通过池塘和集水槽汇入蓄水池，使房屋周围的雨水能够迅速排掉，还可以在种植区设置一个灌溉水龙头，连通蓄水池，能够在干旱季节对种植区种植的蔬菜作物进行灌溉，实现雨水的循环利用。
Ecological self-circulation type photovoltaic green building
生态自循环式光伏绿色建筑
REN JIALIN (Autor:in)
18.09.2020
Patent
Elektronische Ressource
Chinesisch