Intelligent Charging Vehicle

With the rapid popularization of new energy vehicles, the demand for charging services in highway and urban travel scenarios is growing. However, traditional fixed charging facilities often fall short during holiday peaks or in remote areas. The Intelligent Charging Vehicle emerges to address these challenges, integrating mobile energy storage, fast charging, bidirectional energy interaction, and autonomous driving. It breaks through the limitations of traditional models, creating a new solution for smart mobility and energy replenishment. The Intelligent Charging Vehicle is equipped with advanced L4 autonomous driving technology, enabling efficient and precise autonomous movement and positioning. It can reach designated locations to recharge new energy vehicles without manual intervention. When its own battery level is low, it automatically returns to the base station for replenishment. Users can easily summon the vehicle via WeChat or a dedicated APP and monitor the charging progress in real-time. The vehicle also supports voice interaction and an external multi-functional large screen display, combined with a convenient light-water car wash function, offering users an entirely new smart service experience. The Intelligent Charging Vehicle supports an ultra-high power output of up to 120KW, far exceeding industry standards, allowing for rapid replenishment of new energy vehicles in the shortest possible time, especially suitable for long-distance travel and emergency scenarios. Coupled with a comprehensive liquid cooling system, the equipment maintains efficient output while significantly extending battery life and ensuring long-term stable operation. The Intelligent Charging Vehicle not only provides fast charging for new energy vehicles but also supports V2G (Vehicle-to-Grid) functionality. During peak grid demand, it can feed power back to the grid, helping to shave peak loads and fill valleys, thereby promoting the construction of a smart grid and a green energy ecosystem. Featuring a modular battery and energy storage design, its capacity can be flexibly configured to suit different scenarios, whether it's highway service areas, urban replenishment, emergency rescue, large-scale events, or energy supply in remote areas. Its multi-vehicle interconnected operation capabilities, driven by AI big data scheduling, can predict charging demand and deploy vehicles in advance, forming a smart energy network.