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BMS Master 1500V

405.00

The high voltage BMS Master high voltage at 1500V

The BMS is suitable for various electrochemical energy storage management systems. This product is a battery management system developed for large-scale high-voltage battery energy storage systems and UPS applications. It adopts a configurable distributed architecture. This product can be controlled at least as a secondary architecture (BMS+BMCU)

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High voltage BMS Master high up to 1500V

Specifications

  • Voltage range: default 24VDC (9~32VDC)
  • Total voltage sampling range: 0~1500V
  • Total pressure acquisition accuracy: ±0.5FS
  • Current sampling range (shunt): 0~75mV
  • Current acquisition accuracy (shunt): ±0.5FS
  • Current sampling range (single supply Hall): 0~5V
  • Current sampling range (Single power supply hall): -15~15V
  • Temperature sampling range: -40~125°C
  • Temperature acquisition accuracy: ±1°C

Product Features

  • Supports data processing of up to 512 cells and reports data to higher management device in real time via Ethernet or CAN bus.
  • Support system terminal voltage acquisition up to 1500v, the fastest update rate is 10 times per second.
  • Support system terminal voltage acquisition up to 1500v, the fastest update rate is 10 times per second.
  • Support synchronous acquisition function of group terminal voltage and current.
  • Support power fault recording function.
  • Support 4-way power connector temperature acquisition function (B+\B-\P+\P-).
  • Supports the maximum 8GB battery data storage function, satisfying the information storage of more than 30 days, and the second-level storage cycle.
  • With two 100M Ethernet, it is convenient for cascading between adjacent battery groups.
  • With 3 fully isolated CAN2.0b bus interfaces.
  • With 3 fully isolated RS485 interfaces.
  • With up to 10 IDs and 10 DOs.
  • Support pulse-shaped ACC input signal.
  • Support bootloader upgrade, application program can be upgraded online via network port or CAN bus.
  • Support SOC/SOH self-learning function.
  • Support thermal management function, according to the temperature status of the battery cell, carry out active or passive cooling and heating management on the battery.
  • Support three-level fault detection and protection functions, which can be based on voltage, current, temperature, SOX (SOC, SOH, SOP, etc.)
  • Threshold alarm function to achieve rapid power circuit cut-off.
  • Support serial chain slave control communication interface.

 

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