Integrated storage and mobility
Focus on new energy, innovate charging and swapping
Core Definition

The integrated power battery assembly system is the core carrier of "energy integration", which combines the dual attributes of power battery (driving function) and energy storage battery (backup function).

  • Full lifecycle utilization
    Retired batteries can be reused by mobile delivery vehicles, suitable for wind and solar energy storage and charging scenarios.
  • Dynamic switching capability
    The battery can flexibly switch between "power mode" (such as vehicle drive, battery swapping services) and "energy storage mode" (such as charging and discharging arbitrage, peak shaving and valley filling) according to demand, avoiding resource idle.
Technical Advantages
Full scene coverage capability

Compatible with fixed and mobile scenes

Peak shaving and valley filling interact with the power grid


Technological leadership and innovation

PCS bidirectional charging and discharging technology

Mobile energy storage solution


Highly integrated system supporting capability

Technical component completeness

Seamless adaptation scenario


Application Scenarios
Mobile charging/swapping
Transporting batteries to the wind and solar resource area for charging, and then supplying power to heavy-duty trucks or charging stations for battery swapping; Flexible deployment of retired batteries
Fixed charging/swapping
Battery storage, charging and discharging arbitrage (peak valley electricity price difference), peak shaving and valley filling (grid frequency regulation) for battery swapping stations
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