Controlling of consumer end voltage variation using PV power generation

Presently world facing crisis of power all over the world. For a comfort survival, mankind has to adopt different methodologies to over come this shortage and instability of different parameters in power system. Here, the most concern parameters are voltage and frequency variation. Moreover, voltage variated is a big issue in power system particularly distribution end voltage. This paper introduces a methodology of distributed generation (DG) i.e. using photo voltic (PV) power generation method which helps in stabilizing the distributed side voltage. This will also helps to reduce the dependency on mail grid by introducing the concept of DG. However, DG's are small power generators that can b placed any where in power system. However, different locations in distribution network are selected to place PV panels according to there individual panel capacities. Also, according to the load stresses and solar pattern, these energy sources respond toward the voltage variations. Proper synchronization and controlling is required between solar panels and distribution grid. The aim of this paper is to evaluate the effect of distributed voltage on the different buses mathematically.