A method for optimizing operation of a tidal drainage pumping station under less than design standard rainfall
CN115630491BActive Publication Date: 2026-08-28YANGZHOU UNIV
Patent Information
- Application Number
- CN202211244575.9
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Filing Date
- 2022-10-12
- Publication Date
- 2026-08-28
- Estimated Expiration
- 2042-10-12
AI Technical Summary
Technical Problem
以往排涝泵站研究大部分是以预先假定的时段平均扬程作为流量等重要参数的计算依据,实际情况下,排水泵站运行导致的排水区河网水位下降,势必影响到泵站站上水位,进而直接影响排水期各时段泵站提水扬程,导致既定扬程发生偏移,影响排涝泵站性能特性的准确确定及泵站实际运行效益的发挥
Benefits of technology
[0048]有益效果:本发明与现有技术相比,其显著特点是以遭遇低于设计标准暴雨下城市感潮排涝泵站排水周期内排水耗电费用最小为目标,构建目标函数,符合具有叶片可调功能的城市排涝泵站的排水周期内满足排水需求下降低费用的实际需求,并对目标函数添加约束条件,使得机组实现安全运行且机组在稳定高效运行下的排水耗电费用最小,同时通过将初始扬程和水动力计算水位逐次逼近后泵站抽排流量下的实时扬程作为泵站流量计算依据,实现排涝泵站运行时各机组各时段扬程、流量、效率的实时准确抓取,提高了模型求解时重要参数即扬程、流量、效率等的计算精度,并将重要参数耦合入遗传算法进行数学模型求解,得到各时段各机组优化运行方案,即叶片安放角组合,对城市排涝泵站工程优化运行决策调度具有重要的理论和现实意义。
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Figure CN115630491B_ABST
Abstract
The application discloses a kind of tidal drainage pump station optimization operation method under lower design standard rainfall, to encounter lower design standard rainstorm under city tidal drainage pump station drainage period in drainage power consumption fee minimum as goal, construct objective function, and add constraint condition to objective function, so that unit realizes safe operation and unit is under stable and efficient operation Drainage power consumption fee minimum, simultaneously by the real-time lift of pump station pumping flow under initial lift and hydrodynamic calculation water level successive approximation, as the basis for pump station flow calculation, realize the real-time accurate capture of each unit each time period lift, flow, efficiency when drainage pump station operates, improve the calculation precision of important parameters, i.e. lift, flow, efficiency when model is solved, and important parameters are coupled into genetic algorithm for mathematical model solving, obtain each time period each unit optimization operation scheme, i.e. blade setting angle combination, and city drainage pump station engineering optimization operation decision scheduling has important theoretical and practical significance.
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Citation Information
Patent Citations
Blade angle step length adjusting and controlling method used during optimizing operation of pump station single unit
CN111237208A
The lowest power consumption operation method of a water pump system consisting of multiple pumps
KR102045239B1