Simulation and control of electrical ship network

In embarked networks: aeronautics, naval ..., the power is not infinite contrary to the classic energy distribution network. This paper deals with a general approach of embarked network modeling. The model built leads to a simulator which allows predicting network´s dynamic behavior in both transient and steady states. It allows highlighting various phenomena which can appear in the network (desynchronization, ...). Moreover, in view of voltage and frequency control, a second modeling approach based on identification is used to synthesize voltage and frequency regulators