Integration of multi-energy microgrid in an industrial activity zone

This work presents a contribution to the analysis of the behavior and the control of the performance of a microgrid consisting of renewable photovoltaic and wind emergy sources equipped with storage batteries intended to supply an industrial load. To ensure better management of the system, energy models have developed to determine the power that sources can provide under given weather conditions. Management strategies have been adopted for the different scenarios to highlight role of the use of the storage means in connected mode for this system under the MATLAB/ SIMULINK environment. This study allowed us to guarantee the uninterrupted power supply as the optimal operation of the microgrid, and the safety of the battery. Technical reliability study was developed under a dynamic simulator based on the LPSP power loss concept, allowing us to size and select the best configuration.