基于动态规划的变频供水低碳智能调度  

Variable frequency water supply low carbon intelligent scheduling based on dynamic programming

作　　者：游庆元 罗伟平 陈超明 YOU Qingyuan;LUO Weiping;CHEN Chaoming(Huizhou Water Supply Co.,LTD.,Huizhou 516000,Guangdong,China;China Automation Industry Service Group,Shenzhen 518000,China;Nanhai Water Supply Company,Foshan 528000,China)

机构地区：[1]惠州供水有限公司,广东惠州516003 [2]中国自动化产业服务集团,深圳518000 [3]南海市自来水公司,广东南海528200

出　　处：《西南给排水》2024年第5期14-20,共7页Southwest Water & Wastewater

摘　　要：供水系统需水量随机动态变化。供水低碳智能调度新模式是一个动态规划问题。应用动态规划多级决策思想构建并求解管网末端压力与出厂流量压力关系模型(简称管网曲线),经独立核验程序运行显示管网曲线模型输出管网末端压力与水司规定末压误差土0.002MPa,只要变频控制出厂压力沿曲线运行即可以控制管网末端压力在水司规定范围内。为低碳智能调度提供了运行平台。The water demand of water supply system varies randomly,and the new low-carbon in-telligent scheduling model of water supply plant station is a dynamic planning problem.Apply dynamic programming more The relationship model between the pressure at the end of pipe network and the outgo-ing flow rate(pipe network curve for short)is constructed and solved by the hierarchical decision think-ing The end pressure of the output pipe network and the final pressure specified by the water department have an error of±0.002MPa,and the factory pressure can be controlled by running along the curve to control the end pressure of the pipe network in the water department Within a certain range.It provides an operating platform for low-carbon intelligent scheduling.

关 键 词：动态规划 计算机仿真 变频泵群 低碳智能调度 

分 类 号：TU9[建筑科学]