Author(s)

J. Jatskevich, O. Wasynczuk, C. E. Lucas & E. A. Walters

Abstract

An algorithmic method of developing the state equations of complex power circuits and systems has recently been developed. In this approach, referred to as the Automated State Model Generator (ASMG), the system is described by the pertinent branch parameters and the circuit topology; however, unlike existing circuit-based approaches, the difference equations are not implemented at the branch level. Instead, the composite system state equations are established automatically and updated dynamically for each new topology of the switching network. Since the state equations are available, linearization, eigensystem analysis, and model-order reduction can be performed quick

Keywords