Efficient design of rlc load management system in microgrid applications based on fuzzy logic controller

The study aim to find a control design for an island RLC load management system that will allow all devices to be used without wasting energy when there is an energy surplus in a microgrid. This concept aims to optimize the system by allocating loads according to the state of production resources. In addition, the island load management system works to provide flexibility between loads and resources, thus creating enhanced efficiency and reliability in the microgrid system after reading and comparing generation and load quantity and making decisions based on fuzzy logic algorithm. We will also control loads according to demand side management, shifting the load according to the demand quantity. In this study, a photovoltaic system is combined with a thermo-electric generator to present a new power generation technique in microgrid systems that lack mechanical components and generate electricity in silent mode. This means that the operation will reduce the costs of microgrids and the monthly or annual maintenance costs of batteries, as well as increase flexibility in the microgrid system.