An energy management system structure for Neighborhood Networks

The accelerated integration of Renewable Energy Resources (RES) and Dispersed Generations (DGs) has contributed to big shifts in the power grid. incorporation home-scale electricity generators (HSEGs) into Neighborhood Networks is considered development more stable efficient smart grids. implementation this system includes an integrated control along with a electronic converter . In paper, electronic-based HEMS scheme presented for neighborhood network including adjacent HSEGs achieve energy positive/neutral neighborhood. A multi home hub (MHEHNN) classified terms structure, functionalities, management Different scenarios are investigated evaluate significance proposed strategy case study (a two HEHs conventional buildings (CBs)) using MATLAB/SIMULINK simulations. large-scale MHEHNN often simulated order test performance on broader scale. findings obtained reveal that offer resources MHEHNNN under suggested (about 98% than scheme). As result, by sale surplus power, they gain more. By avoiding import payments from grid, cost CBs minimised. Around entire day also decreased grid load. • types Home-Scale Generators have been tried. Hierarchical Management System given. N-number converters switched based SOC-Tariff scheme. An energy-positive/neutral accomplished.