Analysis and determination of a distributed generation system for a residential area

Nowadays the combined power generation system has become one of the most promising solutions to address the power needs of different regions. Given the discontinuity of energy produced by renewable sources a proven practice of combining these renewable energies can be a good solution for generating electricity in different atmospheric conditions, and with an appropriate combination of these sources an affordable production system can be achieved. In this research the village of Souqand was surveyed in the central part of Neyshabour city. Demand for power consumption has been provided by 20.63 kWd since 1381 .Which feeds the scattered loads of the area. In this research considering the proper position of the village in terms of climate conditions and also the efforts to improve the economic and environmental conditions of the region in the future we will examine the role of the addition of distributed generation resources to the network, and we conclude that using these resources will reduce the cost to 57% and reduces the amount of pollutants to 70%. This paper was reviewed in two scenarios and the results of selecting an optimal system have been developed.