A Comparative Study on the Efficiency of Solar Rooftop Systems for Electric Cars

Abstract

To improve energy efficiency and lessen reliance on traditional grid charging, there is a growing interest in combining solar rooftop systems with electric cars (EVs) as part of the urgent shift towards sustainable transportation. This study offers a thorough analysis comparing and contrasting the effectiveness of several solar rooftop systems made for electric vehicles. The study covers a wide spectrum of solar technologies, such as developing solar cell technologies, crystalline silicon, and thin-film photovoltaics.

The investigation involves rigorous performance assessments under different environmental conditions, taking into account geographical variations in sunlight intensity, temperature, and driving patterns. Through a combination of simulation models and real-world experiments, the study quantifies the energy harvesting capabilities of each solar rooftop system, considering factors such as conversion efficiency, charging rate, and overall impact on EV range. Moreover, the research addresses the economic viability and feasibility of integrating these solar technologies into electric vehicles. Cost-benefit analyses, payback periods, and return on investment metrics are examined to provide a comprehensive understanding of the economic implications associated with solar roof implementation.

The results of this investigation provide a significant understanding of the ideal design criteria for solar rooftop systems, facilitating knowledgeable decision-making for producers, regulators, and end users. This research is to direct the creation of effective and financially feasible solar-integrated solutions, ultimately boosting the sustainability of electric transportation as the market for electric vehicles grows.