A Methodology for Optimal Control of Pump Stations

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by Kevin E. Lansey, Oklahoma State Univ, United States,
Qinghui Zhong, Oklahoma State Univ, United States,

Document Type: Proceeding Paper

Part of: Water Resources Infrastructure: Needs, Economics, and Financing

Abstract: Pumping water to utility customers is an expensive service which consumes large amounts of energy. Most approaches to date require simplifications and assumptions for the specific system or which limit the generality of the approach. A general methodology is presented which allows multiple tank and pump systems to be considered. In addition, the spatial demand distribution can vary and modeled using the exact relationships which describe the flow patterns. A two level process is suggested where the optimal pump station discharge and pressure head added are determined with the optimal tank trajectories by a nonlinear programming algorithm.

Subject Headings: Pumping stations | Pumps | Hydro power | Power plants | Water tanks | Spatial distribution | Control systems |

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