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Scheduling method, device and equipment of drainage system and storage medium
The invention discloses a drainage system scheduling method and device, equipment and a storage medium. The method comprises the following steps: acquiring future water-collecting well liquid level data of a drainage system at a future target moment; wherein the future water-collecting well liquid level data comprises a water-collecting well future liquid level corresponding to each water-collecting well in the drainage system; according to the future liquid level of each water collecting well, the pump station liquid level exceeding rate corresponding to each pump station in the drainage system is determined; for each pump station in the drainage system, according to the liquid level exceeding rate of each pump station, the upstream pump station exceeding rate of an upstream pump station corresponding to the current pump station and the downstream pump station exceeding rate of a downstream pump station corresponding to the current pump station are determined; and executing operation scheduling operation on the current pump station according to the upstream pump station override rate and the downstream pump station override rate. According to the embodiment of the invention, the problem of insufficient drainage capacity of a drainage system in an independent scheduling mode is solved, and the risk of sewage overflow is reduced.
本发明公开了一种排水系统的调度方法、装置、设备及存储介质。该方法包括：获取排水系统在未来目标时刻的未来集水井液位数据；其中，所述未来集水井液位数据中包含所述排水系统中每个集水井对应的集水井未来液位；根据各所述集水井未来液位，确定所述排水系统中每个泵站对应的泵站液位超越率；针对所述排水系统中的每个泵站，根据各所述泵站液位超越率，确定与当前泵站对应的上游泵站的上游泵站超越率以及与当前泵站对应的下游泵站的下游泵站超越率；根据所述上游泵站超越率和所述下游泵站超越率，对所述当前泵站执行运行调度操作。本发明实施例解决了独立调度模式的排水系统的排水能力不足的问题，降低了污水溢出的风险。
Scheduling method, device and equipment of drainage system and storage medium
The invention discloses a drainage system scheduling method and device, equipment and a storage medium. The method comprises the following steps: acquiring future water-collecting well liquid level data of a drainage system at a future target moment; wherein the future water-collecting well liquid level data comprises a water-collecting well future liquid level corresponding to each water-collecting well in the drainage system; according to the future liquid level of each water collecting well, the pump station liquid level exceeding rate corresponding to each pump station in the drainage system is determined; for each pump station in the drainage system, according to the liquid level exceeding rate of each pump station, the upstream pump station exceeding rate of an upstream pump station corresponding to the current pump station and the downstream pump station exceeding rate of a downstream pump station corresponding to the current pump station are determined; and executing operation scheduling operation on the current pump station according to the upstream pump station override rate and the downstream pump station override rate. According to the embodiment of the invention, the problem of insufficient drainage capacity of a drainage system in an independent scheduling mode is solved, and the risk of sewage overflow is reduced.
本发明公开了一种排水系统的调度方法、装置、设备及存储介质。该方法包括：获取排水系统在未来目标时刻的未来集水井液位数据；其中，所述未来集水井液位数据中包含所述排水系统中每个集水井对应的集水井未来液位；根据各所述集水井未来液位，确定所述排水系统中每个泵站对应的泵站液位超越率；针对所述排水系统中的每个泵站，根据各所述泵站液位超越率，确定与当前泵站对应的上游泵站的上游泵站超越率以及与当前泵站对应的下游泵站的下游泵站超越率；根据所述上游泵站超越率和所述下游泵站超越率，对所述当前泵站执行运行调度操作。本发明实施例解决了独立调度模式的排水系统的排水能力不足的问题，降低了污水溢出的风险。
Scheduling method, device and equipment of drainage system and storage medium
一种排水系统的调度方法、装置、设备及存储介质
ZHANG WEIJIAN (author) / FEI CHENG (author) / DAI YANTING (author)
2024-04-30
Patent
Electronic Resource
Chinese
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