India is playing an important key role in a sustainable power source transformation both regionally and globally, one of the largest and most focused sustainable energy source initiatives in the world. India has the goal of becoming a global leader in renewable power generation and utilization. The availability of energy sources such as coal, gasoline, diesel, oil, gas, nuclear, and hydropower is the primary cause of this, along with the absence of problems with power quality. The energy crisis has led to the recognition of renewable energy resources as the main sources of future power generation. To provide efficient energy control, the present research effort is therefore focused on incorporating renewable energy sources into the smart grid. This research addresses the many control strategies that enable the use of renewable energy sources, along with their advantages and disadvantages. In this article, the power LARC feasibility utilized for the solar and wind power calculation is analyzed together with a comparative assessment of data from global energy sources and consumption using satellite photos for solar and wind power. The adopted method for determining the availability of renewable energy resources in this article is based on the geographic information system (GIS). Power availability affects both site selection and load computation. So, the results demonstrate the availability of renewable resources at selected sites. This study focuses mostly on the Madhya Pradesh city of Gwalior.