V2G Interaction

V2G Interaction

Enables every electric vehicle not only to draw energy from the grid but also to act as a mobile energy storage unit for the city during peak hours, feeding surplus electricity back to the grid, achieving a win-win for vehicle owner revenue, grid load reduction, and green transportation.

车网互动解决方案系统组成
  • Peak Shaving and Valley Filling

    Peak Shaving and Valley Filling

    Through intelligent scheduling, vehicle owners charge during off-peak periods (valley filling) and discharge during peak periods (peak shaving), effectively balancing grid load and enhancing power system stability

  • Mobile Energy Storage Attribute

    Mobile Energy Storage Attribute

    Every parked electric vehicle is equivalent to a miniature, mobile energy storage unit that can participate in grid regulation

  • Economic Benefits

    Economic Benefits

    Generate revenue for vehicle owners (earning price differences or subsidies through off-peak charging and peak discharging); reduce peak shaving costs for grid companies

  • Bidirectional Energy Flow

    Bidirectional Energy Flow

    Vehicle-grid interaction enables bidirectional energy transmission. Electric vehicles can both charge from the grid and, when needed, feed the onboard battery's electrical energy back into the grid

Vehicle-Grid Interactive Intelligent Ordered Charging/Discharging System

The Vehicle-Grid Interactive Intelligent Ordered Charging/Discharging System is an advanced energy management solution aimed at optimizing energy interaction between electric vehicles and the power grid through intelligent technology. This system not only improves the charging efficiency of electric vehicles but also promotes the effective utilization of renewable energy, supporting green travel and sustainable development.

  • Load forecasting capability for efficient resource scheduling
  • Flexibility assessment function — dynamically adjust charging/discharging strategies based on real-time grid conditions and external environment
  • Intelligent scheduling algorithm — rationally arrange charging/discharging times to maximize renewable energy utilization
  • V2G response — enable bidirectional energy flow between electric vehicles and the power grid