Simultaneous Implementation of Controllable Load Management and Combined Heat and Power Commitment in Presence of Electriacal Storage System

With the development of distributed generation sources in the industrial microgrids (IMGs), the energy management problem for optimal scheduling of production and consumption is used to reduce the operation cost. By restructuring in power systems and increasing energy prices in some hours of the day, the demand side management programs are considered. In this paper, at first is proposed a new model for controllable load management; Then are presented studies the optimization of energy resource scheduling for an IMG that has been electrical and thermal loads using mixed integer programming techniques. Combined heat and power unit, PV panels, electric storage, exchange with upstream network and controllable loads is considered as energy resources in IMG for supplied the loads. The proposed method has been implemented in a test network and the efficiency of the proposed model is displayed.