Steady-state analysis of self-excited induction generators
The aim of this chapter is to show how a metaheuristic optimization technique such as GA can be applied in solving a nonoptimization problem, i.e., in determining the steady-state performances of a SEIG for general operating conditions. GA-based optimization procedure is applied to the analysis of SEIG feeding balanced/unbalanced and static/dynamic loads. The GA has been applied to the computation of the unknowns by minimizing the total impedance module of the equivalent passive circuit.
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