Energy chain car connection: a new solution to the charging problem of new energy vehicles

Author：MarwenDate：2023-10-13

         As we all know, with the rapid expansion of the new energy vehicle market, the endurance of new energy vehicles has also been greatly improved as technical barriers have been broken. However, the problem of charging difficulties has become increasingly prominent and has become an important reason limiting the development of new energy vehicles. However, the emergence of energy-linked vehicles provides a new solution to this problem.

         According to the latest data, the number of new energy vehicles in my country is expected to reach 8.5 million in the first half of this year, with a market penetration rate of 36%. This number undoubtedly shows the popularity of the new energy vehicle market, but it also exposes an important problem: the shortage of charging facilities.

         The introduction of the concept of Internet of Vehicles provides new ideas for solving this problem. The Internet of Vehicles, derived from the Internet of Things, mainly uses information technology to establish network connections between vehicles and various facilities to achieve intelligent and efficient management and operations. In the field of new energy vehicles, the Internet of Vehicles can greatly improve the convenience of charging, reduce charging costs, and improve the efficiency of charging facilities.

         Energy-linked vehicle connectivity, as an important application of the Internet of Vehicles, has attracted widespread attention in the industry. It can monitor the vehicle's power status in real time, predict the vehicle's driving route, and automatically find the best charging station, avoiding the driver's troubles caused by insufficient power. At the same time, the energy-linked car connection can also realize the independent selection of multiple charging methods, including fast charging, slow charging, etc., which greatly improves the flexibility of charging.

         In addition, the energy chain car connection also achieves maximum utilization of charging resources through intelligent scheduling and management. For example, on the highway, the connected car can accurately predict the arrival time of vehicles and rationally arrange the use of charging piles to avoid traffic congestion caused by improper use of charging piles. At the same time, the energy chain can also perform real-time maintenance and upkeep based on the usage of each charging pile, which greatly improves the service life and stability of the charging pile.

         It can be said that the emergence of energy-linked vehicles not only solves the problem of difficulty in charging new energy vehicles, but also creates huge commercial value for enterprises. Intelligent charging management, precise route planning, diversified charging methods, and real-time equipment maintenance will make the use of new energy vehicles more convenient, efficient, and safe.

         In general, energy-chain car connectivity is a major boost to the development of new energy vehicles. With the continuous advancement and popularization of technology, the energy chain will play an increasingly important role in the future new energy vehicle market.