Online Energy Management in Smart Grid Environment at Residential Level

This paper proposes an energy scheduling modeland optimization for residential electricity consumers. Gettingthe state of controllable appliances (shift loads),charging/discharging cycle of Battery storage and plug-inhybrid electric vehicles (PHEVs), diesel generator and maingrid are demanded. For our purpose applying home energymanagement (HEM) is explained and formulated. This paperproposed an online load and source commitment (OLSC)algorithm and a model for components of smart home thatcalculated objective function to minimizing cost andprogramming appliances in smart grid environment.

Keywords:

smart grid , home energy management , demand response , appliances , PHEVs , unit Commitment