A mathematical model for optimum operation and regulation the system of hydroelectric power reservoirs

Abstract

    In this paper, the author presents a mathematical model for optimum regulation and operation the system of coordinated hydroelectric power stations (or hydroelectric power plant chains). The objective function, here, is the maximum of total hydro-energy generation. Application of Dynamic

    Programming establishs the algorithm and builds the programme for calculation the optimum operation and regulation of five coordinated reservoirs (or five chained reservoirs) by using Delphi program language. Then, application of established programme for optimum operation and regulation the hydroelectricity reservoirs which includes 2 steps (2 chains): River Bung 2 and River Bung 4 hydroelectricity power plants located on the VuGia-ThuBon river system, QuangNam province; The input flow sequence is simulated by Monte-Carlo method in order to extend the past flow sequence.