APPLICATION OF LINEAR-PROGRAMMING REDISPATCH TECHNIQUE TO DYNAMIC GENERATION ALLOCATION

This paper considers dispatch problems that involve the allocation of system generation optimally among generating units while tracking a load curve and observing power rate limits of the units, system spinning reserve requirements and other security constraints. Two methods are used in the solution of the problem. The first method is Quadratic programming technique combined with a linear programming Redispatch technique. The latter utilizes a linear programming formulation of the dynamic dispatch problem about the base case Static Economic Dispatch Solution. The second method is based on the Dantzig Wolfe's Decomposition Technique. Tests and computer results on 4 systems of different combinations of units and intervals are given to show the advantages of the techniques proposed. © 1990 IEEE