Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage

Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage

  • Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage
  • Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage
  • Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage
  • Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage
  • Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage
  • Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage
Summary
Battery Cluster Unit for Energy Storage System is a high-precision, intelligent battery management solution designed for large-scale renewable energy storage applications. With real-time monitoring of voltage, temperature, and current, it ensures accurate system status analysis and optimal performance. Featuring advanced insulation detection, this BMS enhances system safety and reliability. It supports real-time SOC (State of Charge) and SOH (State of Health) calculation using independent algorithms, enabling proactive maintenance and fault detection. The unit offers robust early warning and protection functions, making it ideal for use in solar, wind, and grid-scale energy storage systems. Compatible with 1500V ±1% / ±0.5% voltage and ±500A 0.5% current sampling, it ensures high accuracy and efficiency. Equipped with multiple communication interfaces including CAN, RS-485, and Ethernet, this BMS is engineered for seamless integration into modern energy infrastructures.More
Specifications
Total voltage sampling:
1500V ±1%, 1500V ±0.5%
Current sampling:
±500A 0.5%
Communication interface:
2-ch CAN, 3-ch RS-485, 1-ch 10/100Mbps network
  • Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage
  • Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage
  • Battery Cluster Unit for Energy Storage System Real-Time SOC SOH Calculation Insulation Monitoring 1500V ±500A BMS for Renewable Energy Storage
Features
State analysis
Supports the collection of voltage and temperature data, as well as currents, for system status analysis
01
Insulation monitoring
It has accurate insulation detection function to ensure the safety and reliability of the system
02
Independent Algorithms
It has an independent algorithm that calculates SOC and SOH in real time
03
Early Warning Protection
According to the collected battery pack information, the working status and fault level of the battery pack can be judged in real time, and the alarm/protection function can be realized
04
State analysis
Supports the collection of voltage and temperature data, as well as currents, for system status analysis
01
Insulation monitoring
It has accurate insulation detection function to ensure the safety and reliability of the system
02
Independent Algorithms
It has an independent algorithm that calculates SOC and SOH in real time
03
Early Warning Protection
According to the collected battery pack information, the working status and fault level of the battery pack can be judged in real time, and the alarm/protection function can be realized
04
Product Parameters

BCU-B30-201-003

BCU-B30-206-001

Total voltage sampling

1500V ±1%

1500V ±0.5%

Current sampling

±500A 0.5%

Analog input

6-ch NTC sampling, 2-ch volt sampling

Digital input

7-ch IO

10-ch IO

HSD

8-ch

SOC

1000Ah ±5%

Communication interface

2-ch CAN, 3-ch RS-485

2-ch CAN, 3-ch RS-485

1-ch 10/100Mbps network

Temperature

-25~65℃

Humidity

95% no condense

Altitude

4000m

Battery Management System (BMS), High Voltage Box, Household BMS, Two Wheeled Vehicle BMS, Communication Back Power
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