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A platform for research: civil engineering, architecture and urbanism
Cascade pump station dispatching method and device, and electronic device
The invention provides a cascade pump station dispatching method and device, and an electronic device. According to the water demand of pump stations and the maximum flow and the minimum flow each water pump can operate, the number of the pump stations can be started is determined. Then, water pump power respectively corresponding to the number of different start-up units is obtained; next, targetstart-up units corresponding to minimum operating power of the water pumps are determined; and finally, target start-up flow of each water pump in the pump stations is obtained according to the waterdemand of the pump stations and the target start-up units. According to the cascade pump station dispatching method, start-up flow of each full angle regulating water pump in the pump stations can bereasonably dispatched on the premise of meeting the water demand of the pump stations, and each water pump is made to operate at lower power, and thus power consumption of a system is reduced. Compared with complicated calculation steps of a water resource scheduling scheme of related technologies, the cascade pump station dispatching method has simple steps, and thus consumption of the electronic device is low.
本发明提供一种梯级泵站调度方法和电子设备，根据泵站的需水量，以及每一水泵能够运行的最大流量和最小流量，确定泵站的可开机台数。然后，获得不同开机台数分别对应的水泵功率；接着，确定水泵最小运行功率对应的目标开机台数；最后，根据泵站的需水量和目标开机台数，获得泵站中每台水泵的目标开机流量。本发明通过上述方法，能够在满足泵站的需水量的前提下，合理的调度泵站中每台全调角水泵的开机流量，并使得每台水泵以较低的功率运行，减小了系统功耗。与相关技术水资源调度的方案计算步骤复杂相比，本发明提供的梯级泵站调度方法步骤简单，使得电子设备的消耗低。
Cascade pump station dispatching method and device, and electronic device
The invention provides a cascade pump station dispatching method and device, and an electronic device. According to the water demand of pump stations and the maximum flow and the minimum flow each water pump can operate, the number of the pump stations can be started is determined. Then, water pump power respectively corresponding to the number of different start-up units is obtained; next, targetstart-up units corresponding to minimum operating power of the water pumps are determined; and finally, target start-up flow of each water pump in the pump stations is obtained according to the waterdemand of the pump stations and the target start-up units. According to the cascade pump station dispatching method, start-up flow of each full angle regulating water pump in the pump stations can bereasonably dispatched on the premise of meeting the water demand of the pump stations, and each water pump is made to operate at lower power, and thus power consumption of a system is reduced. Compared with complicated calculation steps of a water resource scheduling scheme of related technologies, the cascade pump station dispatching method has simple steps, and thus consumption of the electronic device is low.
本发明提供一种梯级泵站调度方法和电子设备，根据泵站的需水量，以及每一水泵能够运行的最大流量和最小流量，确定泵站的可开机台数。然后，获得不同开机台数分别对应的水泵功率；接着，确定水泵最小运行功率对应的目标开机台数；最后，根据泵站的需水量和目标开机台数，获得泵站中每台水泵的目标开机流量。本发明通过上述方法，能够在满足泵站的需水量的前提下，合理的调度泵站中每台全调角水泵的开机流量，并使得每台水泵以较低的功率运行，减小了系统功耗。与相关技术水资源调度的方案计算步骤复杂相比，本发明提供的梯级泵站调度方法步骤简单，使得电子设备的消耗低。
Cascade pump station dispatching method and device, and electronic device
一种梯级泵站调度方法、装置和电子设备
FU XIANGQIAN (author) / ZHONG WENCONG (author) / SUN MUQUN (author) / FENG XIAOBO (author) / XU HAO (author) / LI HUIMIN (author) / PENG LI (author) / CHEN KANG (author) / PENG KUN (author)
2020-05-05
Patent
Electronic Resource
Chinese
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