Researchers Kassem and Gökçekuş from Near East University have contributed to a comprehensive study exploring the potential of solar energy integration for both residential electricity generation and Electric Vehicle (EV) charging stations in northern Cyprus. The study aims to assess the technical and economic feasibility of utilizing photovoltaic (PV) systems to meet the evolving energy needs of households and support sustainable transportation options.
Through the analysis of monthly solar radiation data from NASA, the study confirms the region’s abundant and stable solar energy resources, establishing a solid foundation for the viability of solar energy applications. The research evaluates the daily energy requirements of selected residential buildings and EV models, such as the GÜNSEL B9 and J9, to determine the necessary capacity of PV systems.
Incorporating data on solar panel prices, inverters, and energy storage systems, the study conducts a thorough economic assessment to demonstrate the feasibility of deploying solar energy solutions for EV charging and residential energy consumption. The results highlight the technical viability and economic attractiveness of solar energy integration, showcasing its potential to significantly reduce carbon emissions and promote sustainability.
Furthermore, the study identifies Ercan as the most optimal location for PV plant construction, emphasizing the strategic importance of solar energy utilization in regions reliant on costly and imported fuel sources. By focusing on solar charging for EVs and household energy needs, the study underscores the environmental benefits and economic advantages of transitioning to renewable energy sources.
A notable aspect of the study is its exploration of exclusive solar energy use for households and EV charging, offering a unique contribution to existing research in the field. The findings provide valuable insights for policymakers in northern Cyprus and other regions seeking to leverage renewable energy for sustainable development.
Looking ahead, the study suggests future research directions, including the investigation of hybrid energy systems combining solar and wind power for optimized EV charging and household energy supply throughout the day. By continuing to explore innovative renewable energy solutions, researchers aim to further enhance sustainability efforts and address evolving energy challenges.
More Information:
https://etasr.com/index.php/ETASR/article/view/6142
