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New Energy (PV-Storage-Charging) Product System

Circuit Design for Photovoltaic Power Generation

It includes safe, reliable and high-efficiency inverters, combiner boxes, grid-connected cabinets and other equipment.

The photovoltaic grid-connected cabinet is designed with Class 0.5S or higher metering accuracy, fast fault voltage separation, as well as multiple protection functions including voltage crossing interlock, overcurrent protection, overvoltage protection, anti-islanding protection, anti-reverse current protection, harmonic governance and reactive power compensation.

 We have cooperative battery assembly production lines for energy storage, enabling flexible configuration

The energy storage system mainly consists of battery system, PCS power conversion system, box transformer system (if applicable), station service transformer system (if applicable), energy management system, monitoring system (SCADA system), primary and secondary cables, etc.

It features high power/large capacity, wide operating temperature range, modular design, easy maintenance and other advantages.



Integrated PV-Storage-Charging New Energy System

Integrated DC Charging Pile

  • V2G Power Range: Supported, 60–180kW
  • Wide Voltage Constant Power Range: 300–750V
  • Efficiency: Up to 96%
  • Standby Power Consumption: Ultra-low standby power

Full-power Flexible Intelligent Distribution Charging Station

  • Power Range: 180–600kW
  • Wide Voltage Constant Power Range: 300–750V
  • Efficiency: Up to 96%
  • Standby Power Consumption: Ultra-low standby power
  • V2G: Supported



Energy storage applications cover all links of the power system, mainly divided into three categories: generation-side energy storage, grid-side energy storage and user-side energy storage.
Grid-side energy storage can optimize power flow distribution of power systems, participate in grid peak shaving and frequency regulation, improve power quality, defer the upgrade of power transmission equipment, track loads and control the ramp rate of renewable energy, alleviate congestion of power transmission facilities, serve as virtual power plants and system backup power, and support microgrid networking.
It can effectively meet the grid’s demands in boosting renewable energy consumption and enhancing safe, stable and flexible operation, drive the coordinated development of the "Source-Grid-Load-Storage" system, and facilitate the construction of advanced power grids.


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