BEINING UPS Lithium Battery Energy Storage Cabinet
German BEINING Lithium Battery Energy Storage Cabinet
Product Overview
The German BEINING lithium battery energy storage cabinet is a high-performance energy storage solution designed specifically for UPS uninterruptible power supply systems. Utilizing advanced LiFePO₄ battery technology and equipped with an intelligent battery management system, this product can be flexibly adapted to BEINING and other mainstream brand UPS systems, providing reliable backup power protection for various critical loads.
The storage cabinet features a standardized modular stack architecture, allowing users to flexibly configure based on actual power and capacity requirements, enabling rapid construction of energy storage systems ranging from small to large scale. It is widely used in data centers, communication base stations, industrial facilities, medical systems, and other locations with high requirements for power supply reliability.
Product Architecture and Configuration
The lithium battery energy storage cabinet is composed of stacked standard functional modules, working together to form a complete intelligent energy storage system.
Module Composition
The storage cabinet consists of the following standard functional modules:
Master Control Module
As the core control unit of the entire energy storage system, responsible for overall system scheduling, data processing, fault diagnosis, and protection logic decision-making. The master control module coordinates the working status of all slave control modules, manages charging and discharging strategies, and communicates with the UPS host.
Slave Control Modules
Each slave control module monitors and manages a group of battery cells or battery packs, collecting real-time operating parameters such as voltage, current, and temperature. Slave control modules upload data to the master control module and execute control instructions issued by the master control module. Multiple slave control modules can be connected in parallel to achieve flexible system capacity expansion.
System Module
Responsible for power distribution management, system power supply, communication interface expansion, and auxiliary function control, providing operational support for the entire energy storage system.
LCD Display
Equipped with a liquid crystal touch display, it shows real-time system operating status, including battery voltage, charge/discharge current, remaining capacity, temperature, cycle count, and other key parameters, supporting local parameter configuration and system operation.
Stacking Configuration Method
The energy storage cabinet adopts a flexible modular stack architecture with the following configuration method:
（1 × Master Control Module + N × Slave Control Modules）× M × Cabinets + 1 × System Module + 1 × LCD Display
Where:
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N: Number of slave control modules, flexibly configured according to capacity requirements
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M: Number of cabinets, expandable according to total capacity requirements
This architecture supports system expansion from single-cabinet to multi-cabinet configurations. Users can flexibly select the number of slave control modules and cabinets based on actual load power and backup time requirements, precisely matching project needs.
Core Technical Advantages
High-Safety LiFePO₄ Cells
The storage cabinet utilizes LiFePO₄ battery technology with extremely high thermal stability. Even when internally or externally damaged, the batteries do not burn or explode. Over-discharge to zero volts causes no damage, achieving industry-leading safety standards.
Standardized Modular Design
All functional modules use standardized dimensions and interfaces, supporting rapid plug-in installation, greatly simplifying on-site deployment and maintenance. The modular architecture makes system expansion extremely convenient—simply add corresponding slave control modules or cabinets to achieve capacity upgrades.
Intelligent Battery Management System
The storage cabinet features a three-tier intelligent battery management system, providing comprehensive protection from cell to system level:
Cell-Level Management: Real-time monitoring of each cell's voltage and temperature, ensuring cells operate within safe ranges.
Module-Level Management: Balancing the state of charge of cells within each module, preventing individual cells from overcharging or over-discharging.
System-Level Management: Overall scheduling of charge/discharge strategies, coordinating the work of each module to achieve system-level optimized control.
Accurate SOC Estimation
Employing advanced Kalman filter algorithms combined with current integration and voltage correction, achieving high-precision state of charge estimation. Even under complex charge/discharge conditions, remaining capacity is accurately displayed, providing users with reliable runtime predictions.
Comprehensive Protection Functions
The storage cabinet features multiple protection mechanisms:
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Overcharge protection
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Over-discharge protection
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Overcurrent protection
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Short circuit protection
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Overtemperature protection
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Reverse connection protection
Wide UPS Compatibility
The storage cabinet uses standard communication protocols (such as CAN, RS485, MODBUS, etc.), compatible with BEINING UPS and other mainstream brand UPS systems, enabling seamless integration. The system can automatically configure optimal operating parameters based on UPS specifications and load requirements.
Flexible Capacity Expansion
Thanks to the modular stack architecture, the storage cabinet supports flexible expansion from single-cabinet to multi-cabinet configurations. Users can gradually add slave control modules or cabinets as business grows, achieving on-demand investment and avoiding excessive upfront capital expenditure.
Technical Specifications
Battery System Parameters
| Parameter | Specification |
|---|---|
| Cell Chemistry | LiFePO₄ |
| System Voltage | 48V / 192V / 220V / 384V / 480V (configurable) |
| Capacity Range | 50Ah - 2000Ah (customizable) |
| Energy Range | 2.4kWh - 960kWh |
| Cycle Life (80% DoD) | ≥ 4000 cycles |
| Charge Temperature Range | 0℃ to 55℃ |
| Discharge Temperature Range | -20℃ to 60℃ |
System Parameters
| Parameter | Specification |
|---|---|
| Communication Interfaces | RS485 / CAN / MODBUS |
| Display Type | LCD Touch Screen |
| Protection Rating | IP20 (higher ratings available) |
| Cooling Method | Natural convection / Forced air cooling (optional) |
| Installation Method | Floor-standing cabinet |
Protection Functions
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Overcharge protection
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Over-discharge protection
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Overcurrent protection
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Short circuit protection
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Overtemperature protection
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Reverse connection protection
Application Scenarios
Data Centers and Server Rooms
Provides long-duration backup power for data centers and server rooms, ensuring critical IT equipment continues operating during grid anomalies.
Communication Base Stations
Provides reliable backup power for communication base stations, particularly suitable for space-limited outdoor cabinets and remote sites.
Industrial UPS Systems
Integrated with industrial UPS systems, providing power protection for control systems and critical equipment in petrochemical, power, rail transit, and other industries.
Medical Facilities
Provides uninterrupted power for critical medical equipment in hospitals, ensuring patient safety.
Commercial and Financial Institutions
Provides backup power support for critical loads in banks, shopping malls, office buildings, and other commercial facilities.
Quality and Service
BEINING lithium battery storage cabinets are manufactured under a strict quality management system. All products undergo comprehensive functional and safety testing before leaving the factory.
In the Chinese market, Beijing Sorrison Technology Co., Ltd. serves as the strategic partner responsible for sales and technical service, providing full-process support including product selection, solution design, installation and commissioning, and after-sales maintenance.
Summary
The German BEINING lithium battery energy storage cabinet is a high-performance energy storage solution specifically designed for UPS systems. It features a standardized modular stack architecture, flexibly combining master control modules, slave control modules, system modules, and an LCD display. The storage cabinet utilizes high-safety LiFePO₄ cells, features a three-tier intelligent battery management system, and offers long cycle life, wide temperature operating range, and comprehensive protection functions.
Thanks to standardized modular design and open communication protocols, this storage cabinet can be flexibly adapted to BEINING and other mainstream brand UPS systems, providing customized energy storage solutions for users. Whether in data centers, communication base stations, or industrial facilities, BEINING lithium battery storage cabinets deliver safe and reliable backup power protection for critical loads.