The mobile energy storage power supply vehicle is a movable, emergency-oriented comprehensive power supply equipment that integrates energy storage battery system, power conversion system, intelligent control system, and mobile chassis device. Different from fixed energy storage equipment, it takes vehicle-mounted mobility as the core advantage, breaking the spatial limitation of traditional energy storage devices that can only operate in fixed positions. The whole vehicle is based on a customized mobile chassis with good road adaptability and driving stability, which can realize flexible transfer and rapid deployment in different scenarios. The interior of the carriage is equipped with high-capacity safety battery packs, high-efficiency inverters, distribution cabinets, and monitoring equipment, with complete power generation, energy storage, power conversion, and power output functions, which can independently provide stable AC and DC power supply without relying on the municipal power grid.

In terms of functional advantages and scenario adaptability, the mobile energy storage power supply vehicle has outstanding emergency power supply and mobile energy support capabilities. It is equipped with a multi-stage safety protection system and intelligent energy management system, which can output stable and high-quality electric energy, effectively solving the power supply problems of temporary power consumption, sudden power failure, and off-grid operation. In emergency rescue scenarios such as urban power grid failure, natural disaster relief, and equipment maintenance and power outage, the vehicle can quickly rush to the site to complete deployment and power supply within a short time, ensuring the normal operation of rescue equipment, medical facilities, and daily living electricity of residents. In outdoor operation scenarios such as outdoor engineering construction, field exploration, and outdoor activities, it can replace traditional diesel generators, with the advantages of zero emission, low noise, and low operation cost, avoiding the environmental pollution and high energy consumption problems caused by diesel power generation.