Algebraic Observability Analysis of Electrical Network with Symbolic Computation: Application on MYRTE Electrical Power Plant

摘要

We present a symbolic algebraic electrical system analysis method. A single-phase model is applied to a renewable electrical power plant. Once the system relations established, algorithms are applied, calculating the Groebner bases for determining the system observability. Parallel programming is used in order to manage the number of relations and to decrease the time computing. A cost sensor placement is finally proposed to improve the observability.