A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of water supply, and discloses a water pump water supply system which comprises M water supply areas, M pump sets, a water supply assembly and a control assembly, the M water supply areas comprise an area G1, an area G2... and an area GM, the lift relation of the water supply areas meets the condition that HG1 < HG2 <... < HGM, each pump set comprises at least one water pump, the water pump of each pump set can communicate with the M water supply areas, and the control assembly is connected with the water supply assembly. The M pump sets comprise the pump set A, the pump set B... the pump set M, and the lift relation of the M pump sets meets the condition that hA < hB <... < hM. According to the water pump water supply system, each water supply area is correspondingly provided with a pump set, and a plurality of water pumps of all the pump sets can be communicated with the M water supply areas, so that the different water supply areas running in parallel can be coordinated for flow regulation and water supply, each water pump can be freely switched among the multiple water supply areas with different lifts, and the requirements for the water supply amount and the lifts can be met all the time; and water is always supplied at the high-efficiency section of the water pump, so that water supply energy consumption is reduced.
本发明涉及供水技术领域，公开一种水泵供水系统，包括供水区、泵组、给水组件及控制组件，供水区设置有M个，包括G1区、G2区…GM区，供水区的扬程关系满足：HG1＜HG2＜…＜HGM，泵组设有M个，每个泵组均包括至少一个水泵，每个泵组的水泵均能够与M个供水区连通，M个泵组包括泵组A、泵组B…泵组M，M个泵组的扬程关系满足：hA＜hB＜…＜hM。水泵供水系统针对每个供水区均对应设置一组泵组，所有泵组的多个水泵与M个供水区均能够连通，以使并联运行的不同供水区之间能协调调流供水，使每台水泵可以在不同扬程的多个供水区自由切换，以使其始终满足供水量及扬程要求，且始终运行在水泵的高效段供水，节约供水能耗。
The invention relates to the technical field of water supply, and discloses a water pump water supply system which comprises M water supply areas, M pump sets, a water supply assembly and a control assembly, the M water supply areas comprise an area G1, an area G2... and an area GM, the lift relation of the water supply areas meets the condition that HG1 < HG2 <... < HGM, each pump set comprises at least one water pump, the water pump of each pump set can communicate with the M water supply areas, and the control assembly is connected with the water supply assembly. The M pump sets comprise the pump set A, the pump set B... the pump set M, and the lift relation of the M pump sets meets the condition that hA < hB <... < hM. According to the water pump water supply system, each water supply area is correspondingly provided with a pump set, and a plurality of water pumps of all the pump sets can be communicated with the M water supply areas, so that the different water supply areas running in parallel can be coordinated for flow regulation and water supply, each water pump can be freely switched among the multiple water supply areas with different lifts, and the requirements for the water supply amount and the lifts can be met all the time; and water is always supplied at the high-efficiency section of the water pump, so that water supply energy consumption is reduced.
本发明涉及供水技术领域，公开一种水泵供水系统，包括供水区、泵组、给水组件及控制组件，供水区设置有M个，包括G1区、G2区…GM区，供水区的扬程关系满足：HG1＜HG2＜…＜HGM，泵组设有M个，每个泵组均包括至少一个水泵，每个泵组的水泵均能够与M个供水区连通，M个泵组包括泵组A、泵组B…泵组M，M个泵组的扬程关系满足：hA＜hB＜…＜hM。水泵供水系统针对每个供水区均对应设置一组泵组，所有泵组的多个水泵与M个供水区均能够连通，以使并联运行的不同供水区之间能协调调流供水，使每台水泵可以在不同扬程的多个供水区自由切换，以使其始终满足供水量及扬程要求，且始终运行在水泵的高效段供水，节约供水能耗。
Water supply system of water pump
水泵供水系统
GUAN ZHIJUN (author)
2023-06-02
Patent
Electronic Resource
Chinese
IPC:
E03B
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