Techno-Economical Evaluation of an Innovative Integrated EWeC Multifunctional Service Station Utilizing Road Infrastructure

This study conducts a comprehensive techno-economic evaluation of an Integrated EWeC (Energy, Water, and e-bike Charging) Station, strategically utilizing road infrastructure to address global freshwater scarcity and the energy crisis. With increasing demand for clean drinking water and a necessary shift to sustainable energy, the research introduces an innovative hybrid system integrating solar PV and Sustainable Energy Generating Pad (SEGP) technology into road infrastructure. Seamlessly embedded in the pavement, the station serves as a transformative charging hub for e-bikes and freshwater generation. Technological assessment includes evaluating renewable energy efficiency, water generation, purification technologies, and integrating EV charging into road networks. Economic analysis examines setup costs, operational expenses, and potential revenue streams like e-bike charging fees, energy, and purified water sales. Return on Investment (ROI) and a market feasibility assessment are calculated, which is highly profitable, and the ROI is 2.60 years, where the project lifetime is 10 years. This pioneering hybrid solution represents a paradigm shift toward sustainable resource management, optimizing utilization and contributing significantly to global sustainability. The Integrated EWeC station is a promising initiative for a sustainable future, actively participating in the global transition to environmentally conscious practices.