This paper presents a study about centralized management of domestic electrical demand side. The purpose of the work is to show all steps behind optimal management of a domestic user. First it is investigated which domestic devices can be managed. The choice falls on interruptible devices in order to reduce of discomfort given to inhabitants of dwellings. Then total load of interruptible device...

With rapid smart grid technology development, the customer can actively participate in demand-side management (DSM) with the mutual information communication between the distributor operation company and the smart devices in real-time. Controllable load management not only has the advantage of peak shaving, load balance, frequency regulation, and voltage stability, but is also effective at prov...

A stand-alone microgrid usually contains a set of distributed generation resources, energy storage system and loads that can be used to supply electricity of remote areas. These areas are small in terms of population and industry. Connection of these areas to the national distribution network due to the high costs of constructing transmission lines is not economical. Optimal utilization and eco...

Intelligent demand-side management represents a future trend of power system regulation. A key issue in intelligent demand-side management is accurate prediction of load within a local area grid (LAG), which is defined as a set of customers with an appropriate residential, commercial and industrial mix. Power consumption is deemed to be unpredictable in some sense due to the idiosyncratic behav...

The purpose of this research is to provide power grid energy efficiency solutions. In paper, a comprehensive review and its optimal solution proposed considering the various challenges smart demand-side management. main technique based on novel idea in Smart Grid—demand response optimization which enables autonomous management demand side for wide variety customers. first section examines issue...