Design of a Modular Multipoint Electric Vehicle Charging Station Powered by Wind Energy
Abstract
C. Armenta-Deu and Jorge C. Reyes
The present work focuses on the design of a modular electric vehicle charging station powered by renewable energy, specifically wind energy, for installation on interurban roads. The main objective is to create a sustainable and efficient solution for charging electric vehicles, leveraging natural resources, and reducing dependence on non-renewable energy sources.
We develop a comprehensive analysis of the EV market and their energy demand to design a wind farm for powering the electric vehicle charging station. To achieve this goal, we consider critical factors such as wind speed and other environmental characteristics that influence the efficiency of wind energy generation. We evaluate the design through a study of monthly and hourly coverage, developing an algorithm to simulate the operation of this charging station under current demand conditions.
The modular design of the charging station allows for flexible scalability, adapting to different capacity needs and future expansion. The study concludes that the new design is beneficial not only for the economy but for the environment. We propose a system optimization, considering future technological advancements and possible improvements in integration with the electrical grid and other renewable energy systems.