Title :
A Dynamic Programming Based Method for Developing Dispatch Curves When Incremental Heat Rate Curves Are Non-Monotonically Increasing
Author :
Shoults, R.R. ; Venkatesh, S.V. ; Helmick, S.D. ; Ward, G.L. ; Lollar, M.J.
Author_Institution :
Energy Systems Research Center, University of Texas at Arlington, Arlington, TX
Abstract :
The results of modeling unit input/output characteristics using third order equations resulted in some incremental heat rate curves (IHC) that were non-monotonically increasing. Because existing classical methods of dispatch based upon the Lagrangian Multiplier are no longer valid for multi-valued functions, a new method of determining dispatch curves using dynamic programming was developed. A series of comprehensive computer programs were developed using dynamic programming to calculate Pseudo IHC that are monotonically increasing and would calculate the proper economic dispatch points in a standard dispatching computer.
Keywords :
Biological system modeling; Character generation; Computational modeling; Curve fitting; Dispatching; Dynamic programming; Economics; Equations; Heating; Lagrangian functions; Mathematical model; Polynomials; Power generation economics; Power system faults; Standards development;
Journal_Title :
Power Engineering Review, IEEE
DOI :
10.1109/MPER.1986.5528150