A Bi-Level Fuzzy Control Algorithm For Load Manage

Abstract

The aim of this thesis is to deal with power dynamics of production and consumption by using the Bi-Level Fuzzy Control Algorithm for Load Management of Islanded Multi-Microgrids in the form of a new coordination control reconfiguration scheme has been discussed, in this system many grids in a cluster join and their SOC’s are charged by photovoltaic power. Generation is utilized for charging purpose and to feed the load surge. At time when imbalance of power generation of multiple system or discharging occurs, the fuzzy control algorithm efficiently anticipates in the system and fulfil the need of any other load or soc by any best suitable option in another microgrid system. The findings offered the good capability for these systems in the form of efficient production, less loss of power, more reliability and effectively power the load and charging using central controller. Primary and secondary controllers are being communicate by designed algorithms. These central controllers based on algorithms used to charge and share the power of multigrid in real time to balance the load of system. These systems are very useful in contemporary world. More upgradation is still in the future work of many researchers to comprehend the unending power consumption and production rise.