Modelling of Solar Irradiance for Optimal Solar-Powered Car Performance at EPIC Solar Farm Pathway

Solar irradiance is paramount when assessing solar panels’ efficiency and overall effectiveness. The intensity and consistency of solar irradiance directly impact the performance and output of solar panels. The study aims to address the problem of understanding the impact of solar irradiance on the efficiency and performance of solar-powered cars. Specifically, the relationship between solar irradiance levels and the voltage output of solar panels installed on a car, focusing on the EPIC Solar Farm pathway in Kemaman, Terengganu. This research involved modeling solar irradiance and its impact on the performance of a solar-powered car. By analyzing the data measured solar irradiance, the research could correlate it with the voltage output of the solar panels installed on the car. The findings revealed a clear relationship between solar irradiance levels and the performance of the solar-powered car. The study highlighted the significance of accurate solar irradiance predictions for optimizing the performance of solar-powered cars. Car manufacturers and designers can enhance solar-powered vehicles’ overall efficiency and range by considering solar irradiance levels at specific locations, such as the EPIC Solar Farm pathway. These results contribute valuable insights into the field of solar-powered transportation, showcasing the importance of solar irradiance modeling in developing more effective and sustainable solar-powered vehicles.