Computation of transient stability related security regions and generation rescheduling based on decision trees

Abstract

In this paper, a method of decision tree-based computation of security regions and boundaries for power systems is proposed. These computations are used in dynamic security enhancement via generation rescheduling against transient instabilities. This work also involves an iterative method of generation rescheduling using the security regions calculated by decision trees. The proposed methods are implemented and their performances are assessed on the Iowa power system model.