Optimal long -term planning of reactive power sources in transmission systems considering uncertainty.

The reliability of an electric power system is mainly related to reliability. The security criteria refer to both the continuity of the service and to the stability of frequency and tension, and the latter is related to the reactive power. The proper management of the resources of the reactive power sources promotes a safe operation of the electrical power systems. On the other hand, the inappropriate management of these sources instead limits the transmission of active power, which can cause a progressive and uncontrollable tension drop in the system bars, leading to a collapse of tension and posterior Blackout. Therefore, in this research project it is proposed to develop a mathematical model for the solution of the optimal planning problem of reagents in power systems, where the stochastic nature of the demand is considered, and the risk analysis due to the load cutting by reactive power deficit. The problem will be addressed as a problem of stochastic quadratic convex optimization in two stages and multi-period with a multi-objective function, which will be solved through mathematical algebraic programming languages.

OUTSIDE THE CALL FOR PROPOSALS INTERNAL FUNDS