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Home > products > Energy Storage BMS > 192S 614.4V 400A High Voltage Rack Battery Management System BMS for ESS, C&I Energy Storage and UPS

192S 614.4V 400A High Voltage Rack Battery Management System BMS for ESS, C&I Energy Storage and UPS

Product Details

Place of Origin: china

Brand Name: GCE

Certification: CE

Model Number: RBMS-S20-400A-750

Payment & Shipping Terms

Minimum Order Quantity: 2 units

Price: Consult with cara@hngce.com

Packaging Details: Cardboard box foam packaging

Delivery Time: 25 workdays

Payment Terms: L/C, T/T

Supply Ability: 1000 units per month

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Highlight:

614.4V high voltage BMS

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400A rack battery management system

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ESS energy storage BMS

Size:
485*220*550mm
Product Name:
Battery Management System BMS
Communication:
RS485/CAN/LAN
Balancing Tech:
Passive/Active Balance Optional
Net Weight:
28kg
Warranty:
3 Years
Rated Current:
400A/500A
Voltage Rangee:
260-750V
Design:
Master And Slave Bms
OEM/ODM:
Acceptable
Size:
485*220*550mm
Product Name:
Battery Management System BMS
Communication:
RS485/CAN/LAN
Balancing Tech:
Passive/Active Balance Optional
Net Weight:
28kg
Warranty:
3 Years
Rated Current:
400A/500A
Voltage Rangee:
260-750V
Design:
Master And Slave Bms
OEM/ODM:
Acceptable
192S 614.4V 400A High Voltage Rack Battery Management System BMS for ESS, C&I Energy Storage and UPS
192S 614.4V 400A High Voltage Rack Battery Management System
Comprehensive BMS solution for ESS, C&I Energy Storage and UPS applications
High-Performance Battery Management Solution for High Voltage Energy Storage
The GCE 192S 614.4V 400A High Voltage Rack BMS is engineered for high-voltage lithium battery energy storage systems, delivering complete battery monitoring, charge/discharge management, system protection and communication capabilities.
With its highly integrated design, the RBMS works with BMU modules to monitor battery status in real time and communicates with PCS, inverters, UPS systems and energy storage monitoring platforms.
Ideal for commercial & industrial energy storage, PV energy storage, microgrid systems, UPS backup power and other stationary energy storage applications.
The 614.4V nominal voltage is based on a 192S LiFePO4 battery configuration using 3.2V nominal cell voltage. The specification defines the 900V RBMS version for an operating voltage range of 500-900VDC.
GCE 192S 614.4V 400A High Voltage Rack BMS unit
Key Features
400A High Current Capability
The RBMS supports a 400A rated current, providing reliable battery charge and discharge management for high-power energy storage systems. A 500A version is also available for projects requiring higher current capacity.
High Voltage Energy Storage Design
Designed for high-voltage battery systems, the RBMS offers different voltage levels, including a 900V version with a 500-900VDC operating range.
For a 192S LiFePO4 battery system with nominal cell voltage of 3.2V, the nominal battery voltage is:
192 × 3.2V = 614.4V
This makes the 900V voltage-level RBMS suitable for 192S 614.4V battery configurations, subject to actual system voltage and protection settings.
Comprehensive Battery Protection
The RBMS integrates multiple battery and system protection functions to enhance operational safety and reliability.
Protection functions include:
  • Over-voltage protection
  • Under-voltage protection
  • Over-current protection
  • Short-circuit protection
  • Pre-charge protection
  • Reverse polarity protection
  • Temperature management
  • Insulation monitoring option
  • Circuit breaker control
The system also supports protection parameter configuration and event recording.
Real-Time Battery Monitoring
The highly integrated BMS continuously monitors battery operating status and provides clear system information through the optional HMI display.
The system supports self-inspection and operating-status detection, helping users identify abnormal conditions quickly and improve system maintenance efficiency.
Flexible Communication
The RBMS provides multiple communication interfaces for integration with different energy storage systems:
  • CAN
  • RS485
  • Ethernet
  • Dry contact I/O
It supports communication with BMU, PCS, inverter, UPS, SBMS and monitoring software. Different PCS/inverter/UPS communication protocols can be adapted according to customer requirements.
Stand-Alone & Parallel Operation
The system supports both stand-alone and multi-cluster parallel configurations.
In stand-alone mode, the system uses a two-level architecture:
BMU + RBMS
For multi-cluster parallel applications, a three-level architecture can be used:
BMU + RBMS + SBMS
The RBMS supports automatic circulation control and automatic parallel/offline control for battery packs.
Designed for Multiple Energy Storage Applications
The 192S 614.4V 400A RBMS can be integrated into various stationary energy storage applications:
Commercial & Industrial Energy Storage
For high-voltage C&I battery energy storage systems, the RBMS provides battery monitoring, charge/discharge management, protection and PCS communication.
Solar PV Energy Storage
Designed for PV power plant storage systems, helping coordinate battery operation with PCS/inverter systems.
Microgrid Energy Storage
Suitable for battery systems used in microgrid applications requiring reliable high-voltage battery management.
UPS Backup Power
Supports communication with UPS systems and provides battery protection and monitoring for backup power applications.
Island / Off-Grid Energy Storage
Suitable for isolated and off-grid energy storage systems requiring high-voltage battery management.
These application areas are consistent with the product specification, which lists PV power plant storage, island/off-grid storage, industrial/commercial and household storage, microgrids and UPS power supply.
Main Technical Specifications
Parameter Specification
Product Type High Voltage Rack BMS
Battery Configuration 192S
Nominal Battery Voltage 614.4V
Rated Current 400A
Voltage Level 900V
Operating Voltage Range 500-900VDC
Power Consumption ≤15W
SOC Estimation Error ≤5%
Protection Level IP20
Communication with BMU CAN
PCS / Inverter / UPS Communication RS485 / CAN
SBMS Communication RS485 / CAN
Monitoring Software Ethernet
Installation Standard 19-inch Rack
Dimensions 485 × 220 × 500 mm
Net Weight Approx. 32 kg
Operating Temperature -20°C to 50°C
HMI 4.3-inch / 7-inch optional
Insulation Detection Optional, for systems ≥300V
The core technical parameters above are based on the uploaded GCE V2.2 specification.
Flexible System Integration
The GCE RBMS is designed to integrate easily with high-voltage battery racks and external power conversion equipment.
Battery Side
B+ / B- - Connected to the positive and negative terminals of the battery system.
PCS / Inverter / UPS Side
P+ / P- - Connected to the PCS, inverter, UPS or DC bus.
For the specified installation, the manual recommends appropriate high-current cabling and M10 × 16 connection bolts with a recommended torque of 12-20 N*m.
Advanced Data Management
The RBMS features built-in high-capacity data memory for storing important operating information.
An optional SD card can be added for storing historical cell data, helping with system analysis, troubleshooting and maintenance.
The system also supports up to 5,000 event records, allowing users to review important system events and operating conditions.
Optional Insulation Monitoring
For high-voltage energy storage applications, insulation monitoring can be added as an optional function.
The specification states that insulation detection is applicable to systems with a voltage of 300V or above.
This makes the option particularly suitable for high-voltage battery storage systems where insulation status and electrical safety need to be monitored continuously.
Modular & Scalable Architecture
The modular architecture allows multiple energy storage units to be combined and expanded into larger systems.
The RBMS supports up to 256 batteries in series for the specified architecture, while the parallel architecture can support multiple RBMS units. The product specification indicates that up to 15 RBMS units can be connected in parallel through ID assignment.
This provides flexibility for projects requiring different battery capacities and system power levels.
Why Choose GCE High Voltage BMS?
10+ Years of HV BMS R&D Experience
GCE focuses on high-voltage battery management solutions and provides professional BMS products for stationary energy storage applications.
Professional R&D & Technical Support
Our engineering team can support communication protocol adaptation and system integration according to customer requirements.
Flexible OEM & ODM Solutions
The BMS can be configured according to the battery architecture, voltage level, current requirements and communication requirements of the project.
Designed for Energy Storage
Our high-voltage BMS solutions are designed for applications including ESS, C&I energy storage, PV storage, microgrids and UPS backup power.
GCE High Voltage BMS installation in energy storage system GCE BMS technical specifications and connectivity
OEM & ODM Customization
Need a different battery configuration or communication protocol?
GCE can provide customized high-voltage BMS solutions according to your project requirements.
We can discuss:
  • Battery series configuration
  • Rated voltage
  • Charge/discharge current
  • PCS/Inverter/UPS communication
  • CAN / RS485 communication
  • HMI requirements
  • Stand-alone or parallel operation
  • Insulation detection
  • Protection parameter configuration
  • System integration
Send us your battery specifications and PCS/Inverter model, and our engineers can help evaluate the suitable BMS solution for your project.
Looking for a 192S 614.4V 400A High Voltage BMS?
Contact GCE today for technical specifications, communication protocol information, OEM/ODM solutions and a quotation.
Tell us your battery configuration, cell chemistry, PCS/Inverter model and required charge/discharge current -- our technical team will recommend a suitable high-voltage BMS solution for your energy storage system.
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