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Energy Storage Integration System EMS+BMS+PCS (Boosting Station)

The energy storage system consists of a battery system, a control system, and a PCS (boost station) system. It can store grid electricity when the electricity price is low and the load is relatively small, and release electricity when the electricity price is high and the load is relatively high, providing power for peak loads, smoothing out peaks and valleys, and reducing electricity costs for industrial and commercial enterprises.

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  • Description
  •   Product Overview:

      The energy storage system consists of a battery system, control system, and PCS (boost station) system. It can store grid energy when electricity prices are low and loads are light, and release energy when electricity prices are high and loads are heavy, providing power for peak loads, smoothing out peaks and valleys, and reducing electricity costs for businesses.

      Main Technical Parameters:

      Rated Capacity: Single Warehouse: 0.05MWh-5MWh

      Rated Power: Single Unit: 50kW~630kW

      Charging Voltage: DC500~850V

      Allowed Grid Frequency Range: 45~55Hz/55~65Hz

      Communication Interfaces: Ethernet, RS485, CAN, etc.

      Product Features:

      BMS Battery Management System Architecture

      ▪ Level 1 CAN/485 bus master control for communication between EMSPCS and each unit's primary control; responsible for communication relay;

      ▪ Level 2 CAN bus for communication between master control and primary control; responsible for monitoring battery status of the branches under its jurisdiction, fault diagnosis, and BMU responsible for VT sampling of internal battery cells in the module;

      ▪ Level 3 CAN bus for communication between each branch's secondary master control and module sampling module.

      EMS Features

      ▪ Capable of statistical analysis of PCS operating parameters, battery pack voltage, battery pack charge and discharge current, individual battery terminal voltage, SOC values of each individual battery, etc., generating reports on operational benefits, statistics on charge and discharge cycles, and other indicators;

      ▪ Equipped with extensive communication protocol access capabilities, compatible with 103 protocol, 104 protocol, IEC61850 protocol, ModbusTCP, RTU protocol, with good adaptability;

      ▪ Capable of active power control, reactive power control, AC voltage operation control, power factor control, timed power charge and discharge, executing real-time scheduling power curves, and pre-issuing power curves.

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