Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Centralized water pump station system with high utilization rate
The invention provides a high-utilization-rate centralized water pump station system which is erected at a high-rise beam column frame and comprises a pump room group layer, a water pool group layer and a cooling tower layer which are sequentially erected in a high-rise beam column frame structure space from bottom to top. Wherein the pool group layer is arranged above the pump room group layer, a preset spacing distance is formed between the pool group layer and the pump room group layer, the pool group layer comprises a circulating pool, an adding pool, a production pool and/or a living water tank, the cooling tower layer is located on a top plate of the circulating pool, and a water outlet pipe of a cooling tower is communicated with the circulating pool. A circulating cooling water return pipe of the cooling water equipment is simultaneously communicated with a water inlet pipe of the cooling tower and a water supplementing pipe of the adding pool; and the water supplementing pipe of the adding pool and/or the water inlet pipe of the cooling tower are/is provided with a flow control assembly. Zero land occupation of site layout of the water pumping station is achieved, a new water head is fully utilized through the height of the high-rise beam column frame, and energy conservation and consumption reduction are achieved through the diversion design of the circulating cooling water return pipe.
本发明提供一种高利用率的集中式水泵站系统，通过将集中式水泵站系统架设于高层梁柱框架处，包括在高层梁柱框架结构空间内自下至上依次架设的泵房组层、水池组层以及冷却塔层；其中，水池组层设置于泵房组层的上方，且与泵房组层之间具有预设间隔距离，水池组层包括循环水池、添加水池、生产水池和/或生活水箱，冷却塔层位于循环水池的顶板上，冷却塔的出水管与循环水池连通，冷却用水设备的循环冷却回水管同时连通冷却塔的进水管以及添加水池的补水管，添加水池的补水管和/或冷却塔的进水管安装有流量控制组件。本发明实现水泵站场地布设的零占地，通过高层梁柱框架高度充分利用新水水头，通过循环冷却回水管的分流设计实现节能降耗。
Centralized water pump station system with high utilization rate
The invention provides a high-utilization-rate centralized water pump station system which is erected at a high-rise beam column frame and comprises a pump room group layer, a water pool group layer and a cooling tower layer which are sequentially erected in a high-rise beam column frame structure space from bottom to top. Wherein the pool group layer is arranged above the pump room group layer, a preset spacing distance is formed between the pool group layer and the pump room group layer, the pool group layer comprises a circulating pool, an adding pool, a production pool and/or a living water tank, the cooling tower layer is located on a top plate of the circulating pool, and a water outlet pipe of a cooling tower is communicated with the circulating pool. A circulating cooling water return pipe of the cooling water equipment is simultaneously communicated with a water inlet pipe of the cooling tower and a water supplementing pipe of the adding pool; and the water supplementing pipe of the adding pool and/or the water inlet pipe of the cooling tower are/is provided with a flow control assembly. Zero land occupation of site layout of the water pumping station is achieved, a new water head is fully utilized through the height of the high-rise beam column frame, and energy conservation and consumption reduction are achieved through the diversion design of the circulating cooling water return pipe.
本发明提供一种高利用率的集中式水泵站系统，通过将集中式水泵站系统架设于高层梁柱框架处，包括在高层梁柱框架结构空间内自下至上依次架设的泵房组层、水池组层以及冷却塔层；其中，水池组层设置于泵房组层的上方，且与泵房组层之间具有预设间隔距离，水池组层包括循环水池、添加水池、生产水池和/或生活水箱，冷却塔层位于循环水池的顶板上，冷却塔的出水管与循环水池连通，冷却用水设备的循环冷却回水管同时连通冷却塔的进水管以及添加水池的补水管，添加水池的补水管和/或冷却塔的进水管安装有流量控制组件。本发明实现水泵站场地布设的零占地，通过高层梁柱框架高度充分利用新水水头，通过循环冷却回水管的分流设计实现节能降耗。
Centralized water pump station system with high utilization rate
一种高利用率的集中式水泵站系统
ZHANG HUA (Autor:in) / ZHU SHIHUA (Autor:in) / FENG SHENGHUI (Autor:in) / LI GUOZHENG (Autor:in)
18.03.2022
Patent
Elektronische Ressource
Chinesisch
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
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INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
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