Singular perturbation modelling and control of embarked electrical network

In an embarked electrical network, it is necessary to maintain constant voltage and frequency using regulators. This paper deals with an approach of embarked network modelling in view of control. The system model is decomposed to two lower order systems according to the singular perturbation theory and RST regulators are designed for each subsystem. Regulators performances are tested using a software benchmark representing embarked network behaviour in both steady and transient states