A Dynamic Economic Dispatch Solution Method using Hopfield Neural Network

Authors

• Q. M. Alias, Departement of electrical &Electronic Engineering/University of Technology Baghdad, Iraq
• F. Ben Hameda, Departement of electrical &Electronic Engineering/University of Sedi bel Abbas/ SBA /Algeria

Document Type

Original Study

Abstract

This paper analyzes and tests a proposed neural network (NN) to solve the Dynamic Economic Dispatch (DED) as part of the unit commitment problem. The proposed NN is a fast and direct computation solver using a Hopfield model for solving the dynamic economic dispatch problem of thermal generators which is a dynamic optimization problem taking into account the constraints imposed on system operation by generator ramping rate limits. Formulations for solving the ED and DED problems are explored. Through the application of these formulations, direct computation instead of iterations for solving the problem becomes possible. Not like the usual Hopfield network, which select the weighting factors of the energy function by trials, the proposed network determines the corresponding factors by calculations and employs a linear input-output model for the neurons. The effectiveness of the developed neural network is identified through its application to the New England test system. Computational results manifest that the model has a lot of excellent performances..

How to Cite This Article

Alias, Q. M. and Ben Hameda, F. (2005) "A Dynamic Economic Dispatch Solution Method using Hopfield Neural Network," Iraqi Journal of Computers, Communications, Control and Systems Engineering: Vol. 5: Iss. 2, Article 7.
Available at: https://ijccce.researchcommons.org/journal/vol5/iss2/7