Management of Electrical Energy Consumption in a Residential Complex with Renewable Energy

The combination of smart homes with renewable energy under the management of the smart distribution network has led to the emergence of smart networks. Therefore, in recent years, attention has been paid to smart networks in order to optimally use the distribution network, manage the consumption side, increase the reliability of the network, and as a result, intelligent control has increased. The maximum energy consumption of household appliances under load does not need to be done at specific times, but rather during the desired period of time. If these types of tasks can create harmony among multiple houses, So that all of them do not occur at the same time, At the same time, satisfying the duration of the demand of silent customers, the cost of energy and the maximum power demand can be reduced. In this research, the optimal planning of smart home energy consumption has been studied using the proposed linear programming method. It is assumed that new energies are used to supply energy locally, which includes some generators, steam boilers, wind generators, thermal storage and electrical storage. It also has a grid connection to obtain electricity during peak power demand hours or sell electricity to the grid when there is excess electricity generation. In order to realize smart homes, a method for optimal exploitation of renewable energy units (such as wind and sun), heat, batteries and controlled loads is proposed in this article.