Published Paper Details:

This research paper examines the role of optimized electric vehicle (EV) charging station planning in improving charging efficiency, grid reliability, and cost-effectiveness within urban power distribution networks. By analyzing EV charging infrastructure that supports a growing number of electric vehicles with varying mobility and charging demands, the study highlights how optimal placement and sizing of charging stations reduce travel distance, minimize grid overload, and lower infrastructure and operational costs while ensuring reliable energy delivery. Advanced planning approaches, such as grid-aware optimization and demand-based allocation methods, ensure that charging resources are efficiently utilized without compromising power system stability or user accessibility. The integration of these strategies enables scalable charging infrastructure development, real-time energy management, and dependable support for large-scale EV adoption. The paper concludes that optimized EV charging station deployment is a critical component of sustainable transportation systems, enhancing charging efficiency while ensuring reliability, economic viability, and environmentally friendly mobility for users and energy providers.