Published Paper Details:

India has the largest DNI rating network, with 51 weather stations pre-programmed with the highest commercial quality solar settings. In 2011, the Indian government established this comprehensive solar resource tracking cum meteorological station in the guidance of Ministry of New and Renewable Energy under the Solar Radiation Response Assessment (SRRA) project. Available data from Quality Flag Statistics shows that at 51 stations, some stations are performing well, while others are in need of intensive improvement. In the present study, we focus on specific difficulties and misconceptions observed in the operation of various solar stations in the field, along with some effective solutions to these problems. Evaluation of various Indian solar sites to make a weather measurement methodology is the prime motivation of this study. Weather stations can observe all common phenomena occurring under weather conditions and solar isolation conditions.. For this study, we used various scientific data available from various solar power plants and renewable energy literature. The monitoring of various sites is done for a period of time to get a detailed analysis of the impact of changes in weather conditioning on the solar energy. Significant differences in insolation were found when comparing satellite and ground-based measurements.. At some sites, it was found that the average deviation of solar isolation for a period of 15 days was 40% from the satellite base observation but for the same period of time this deviation is less than 12% when measured from the ground base. The data on wind speed and direction also has been collected from the local weather station. All roofs are equipped with solar panels. The monthly and annual output of the solar system was modeled using various simulation processes. Using a variety of state-of-the-art technologies, a solar power plant with a peak power of 8.3 kW can produce 9.03 MWh per year, and with the addition of thin-film technology it can reach 9.67 MWh per year. It can be concluded that the use of environmentally friendly technologies can lead to low cost development. It has been concluded that sometimes multiple implementations are needed, such as simulating solar power performance. In this study, we also describe a set of measures for the procedure to bridge the gap in insolation installations.