Aofeng Energy industrial and commercial energy storage cabinet 105kW/215kWh

Aofeng Energy industrial and commercial energy storage cabinet 105kW/215kWh

  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
Summary
No.AF-ESS-215
Aofeng Energy's industrial and commercial energy storage system adopts an integrated design concept, with integrated batteries in the cabinet, battery management system BMS, energy management system EMS, modular converter PCS and fire protection system. The battery capacity is up to 215kWh, the power is up to 105kW, and the modular design is flexible and expandable, adapting to a variety of scenarios.More
$32660.00
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
  • Aofeng Energy industrial and commercial  energy storage cabinet 105kW/215kWh
    Aofeng energy storage adopts integrated means to improve the energy density per unit area. The modular design allows multiple units to be used in parallel, and is widely used in scenarios such as optical storage and charging, capacity expansion and power backup, and island microgrids. By accessing the self-developed Aofeng EMS system, the intelligent operation of integrated energy is realized, covering three major application scenarios:
    Power generation side: It is used to reduce the impact of instantaneous changes in photovoltaic and wind power generation systems on the power grid, smooth power fluctuations, and reduce resource waste and wind curtailment.
    On the grid side: peak shaving, load smoothing, and rapid adjustment of grid frequency to improve the stability and reliability of power grid operation. In microgrids, energy storage systems help maintain the dynamic balance of the system and ensure the voltage stability of critical loads.
    User side: staggered peak power consumption, save electricity bills, and enjoy the electricity price difference between peaks and troughs. As a backup power supply, reduce the peak load of electricity consumption.
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