Driven by the global energy transition and the “Dual Carbon” goals, the new energy vehicle industry is booming. Charging safety and efficiency, as crucial aspects of the new energy ecosystem, are becoming the focus of industry attention.
Recently, the domestic open-source large model DeepSeek has become the focus of the tech industry. Its core technology lies in its focus on AI algorithms, machine learning models, and high-performance computing technologies, which can be widely applied to and empower fields such as energy. As an outstanding listed enterprise in the digital energy sector, EAST Group has been continuously driving the high-quality development of the enterprise through innovation. It has made forward-looking arrangements within the group’s industrial chain. By introducing super-computing AI large models, it deeply empowers the business segments such as charging piles, energy storage, and data computing power centers, so as to drive product system innovation and improve customer experience and satisfaction.
AI Drives Charging Safety and Guards Green Travel
Against the backdrop of the rapid popularization of new energy vehicles, charging safety has become one of the top concerns for users. Intelligent optical-storage-charging-inspection stations, as an important form of future urban new energy storage infrastructure construction, are also a typical application of urban distributed energy. Through these intelligent stations, comprehensive power applications can be realized, such as “peak shaving and valley filling” and acting as virtual power plants, which play a crucial role in achieving the “Dual Carbon” goals and the green energy transformation of the market.
The charging and swapping system of EV charging, deeply integrates the AI computing power large – model technology. It can analyze key data such as voltage, current, and temperature of batteries during the charging process in real – time, and build accurate intelligent optical – storage – charging – inspection stations. These stations can identify potential battery failures and safety hazards in advance, achieving a leap from passive response to proactive prevention. This provides users with a more reliable charging service, lays a solid foundation for the popularization of new energy vehicles, and sets a new standard for safe operation in the industry.
AI Empowers Intelligent Site Management and Improves Operational Efficiency
In terms of charging station management, the charging and swapping system of EV charging relies on the powerful data – processing capabilities of AI. Through in – depth mining and analysis of station operation data, it can accurately predict the trends of traffic flow changes. Based on these prediction results, the system can scientifically allocate resources, optimize service processes, and rationally plan the layout of stations, thus significantly improving the overall operational efficiency of the stations.
This data – driven intelligent station operation model not only provides customers with a more convenient and efficient charging experience, but also helps enterprises reduce operating costs and enhance their market competitiveness, enabling the rapid establishment of an intelligent, efficient, and safe charging service network.
AI has Precise Insights into User Needs and Enhances Service Stickiness
At the user operation level, the charging and swapping system of EV charging relies on the AI large model to conduct multi-dimensional data analysis, create accurate user profiles, and gain in-depth insights into users’ personalized needs, usage habits, and consumption psychology. In this way, it can tailor exclusive services and preferential plans for different user groups.
In addition, for users who have been inactive for a long time, the system, through innovative strategies, can rekindle their enthusiasm for using the service. This further enhances user stickiness and the value of their life-cycle. By effectively extending the value of the user life-cycle, it injects digital and intelligent impetus into the sustainable development of the enterprise.
Guided by the “Dual Carbon” goals, the new energy industry is embracing unprecedented development opportunities. With the deep empowerment of AI technology, the charging and swapping system of EV charging is putting into practice the profound connotation of “technology changes lives” with tangible actions. From charging safety to station management and then to user services, EV charging, driven by innovative technologies, is contributing more to the advent of the era of smart energy.
