OPERATIONAL PLANNING AND ENERGY MANAGEMENT OF A MICROGRID WITH A PV-BASED ACTIVE GENERATOR FOR SMART GRID APPLICATIONS

Abstract

The development in the field of energy management tools may help to next generation, installations in solar cells and storage units which may provide the flexibility for control room operator. This paper tried to implement one of the best determinist energy management technique for industrial customers in microgrid, this also includes advance solar power generator with storage units and a smaller gas turbines. The implemented system organization divided in different categories and implementation carried out in two parts: central and local energy management. The load demand management is based on solar generation forecasting. The central and local energy systems exchange continous data via communication network. And based on the power flows between the various sources are managed via the SCADA control. In this paper application based on the case of a hybrid supercapacitor battery PV based generator is explained and implemented.