Smart City Charging Infrastructure: Energy-Driven Services for Electric Vehicle Charging Points With Mobile Assistance

Abstract

In the age of electric vehicle (EV) proliferation, a robust charging infrastructure is vital for sustainable urban mobility. This chapter proposes a systematic plan for deploying EV charging points in urban areas, leveraging blockchain for efficiency. The strategy considers population density, traffic, and existing infrastructure, advocating for both public and private stations in residential and commercial areas. Standardized charging technologies are recommended for compatibility and cost reduction. Integration with smart grids enhances energy distribution efficiency, offering dynamic pricing and real-time monitoring. An energy meter ensures accurate usage measurement, with clients able to track consumption via mobile devices. A proof of concept, SmartFly, demonstrates blockchain verification. This holistic approach aims to promote EV adoption, curbing emissions and fostering sustainable urban mobility.