A centralized monitoring interface for microgrid using lab view

Abstract

Micro-grids care the electric utility main grid through allowing the integration of emergent distributions of different energy resources. In addition, distributed energy resources (DERs) decrease energy losses and improving the efficiency of the electric power system. The DERs integrated micro grid structure will involuntarily require perfect, specific, as well as reactive power control to make sure well-organized power flow. It is important to cultivate a back-end system (user interface) to permit simple access to the whole power system development. This paper proposes a Lab VIEW based user-friendly front-end and back-end interfaces for PV system integration in micro grid. The proposed interface permits a control programming in the block end which offers the opportunities for deploying the comprehensive and inclusive control strategies. The system consists of load scheduling and PV generation during load dispatch epoch. The proposed LabVIEW control system also manage to pay for monitoring and tracking of maximum PV power point selections which allow insightful PV analysis forecast to establish the subsequent future exploit. The proposed PV interface used artificial neural network back propagation for the PV power Load Forecasting.