The article presents a comprehensive analysis of innovative information technologies that are critical for the development of modern electric vehicle charging station infrastructure. The impact of digital solutions on the reliability, security, scalability, and efficiency of charging networks is investigated, and the challenges associated with their implementation are analyzed.
Energy recuperation is crucial to optimizing electric vehicles' efficiency and driving range (EVs). This study models and analyzes the recuperation process under real-world driving conditions, considering key factors such as driving style, road slopes, and traffic conditions. A comparative simulation was conducted using two approaches: one incorporating driving styles and traffic light influences and another assuming uniform energy consumption.
In the context of critical challenges related to global warming and the necessity of reducing carbon footprint, the electric car sector is experiencing significant growth. This progress inevitably leads to the need for expansion and modernization of the charging station infrastructure. This article conducts a detailed analysis of how big data processing technologies can contribute to the optimization of this infrastructure’s use, the efficiency of charging stations, and the development of personalized services for electric vehicle users.