- - - Department of Air Conditioning and Refrigeration Technical Engineering, Al-Mustaqbal University College, Hilla, Babil, Iraq
- - - Computer Techniques Engineering Department, Al-Mustaqbal University College, Hilla, Babil, Iraq

This paper is primarily committed to three primary angles concerning photovoltaic based DG. The fundamental perspective being the reduction of influence changes in daylight based photovoltaic and the Reduction of influence distribution in the framework of the system. According to the unpredictable changes credited to the wide range of sun situated radiations. Further, the sizing related issues and region of an SPV based DG may cause a ton of influence concerns effecting the overall DG system operation and its efficiency. The second region of concern is the method used in the control of the DG and its feasibility to diminish framework influence issues. Another area of concern is network interconnection, through the appropriate introduction of RES into the ordinary grid for supportable and stable activity. This has been managed through an extensive contextual analysis of an operational system.

Renewable Energy, power grid system, Energy management, energy efficiency