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| Model | GBP-R Series |
| Style | Rack-mounted |
| Cell | REPT、EVE、etc |
| Cycle | 6000+ times |
| Life | 10 years |
| Certificate | CE 、MSDS、UN38.3 |
The GBP-R series packs high energy density into a slim rack-mount form factor. Lighter and smaller than equivalent lead-acid configurations — easier to ship, easier to rack, and easier to replace.
The built-in LCD display shows real-time battery status and lets your installer select the inverter communication protocol directly on screen. No laptop, no RS485 configuration tool, no callbacks.
LiFePO4 chemistry rated for 5,000+ cycles at 80% DoD — over 13 years of daily cycling. High cell consistency across the pack ensures even degradation and predictable end-of-life performance.
Front-access wiring and LCD display mean your engineer doesn't need to pull the unit from the rack to service it. Fault codes display on screen for quick remote diagnosis without an on-site visit.
Connect up to 16 units in parallel — the system self-configures with automatic ID addressing. No dial codes, no reconfiguration of existing units. Scale from 2.56 kWh to 256+ kWh by adding modules.
| Model | GBP | |||||||||
| 24-100R | 24-200R | 48-100R | 48-200R | 48-280R | 48-314R | 51.2-100R | 51.2-200R | 51.2-280R | 51.2-314R | |
| Nominal Voltage (V) | 25.6 | 48 | 51.2 | |||||||
| Cell Specification | 100 | 100 | 100 | 100 | 280 | 314 | 100 | 100 | 280 | 314 |
| Nominal Capacity (Ah) | 100 | 200 | 100 | 200 | 280 | 314 | 100 | 200 | 280 | 314 |
| Nominal Energy (kWh) | 2.56 | 5.12 | 4.8 | 9.6 | 13.44 | 15.1 | 5.12 | 10.24 | 14.33 | 16.1 |
| Operating Voltage Range (V) | 22.4~29.2 | 42~54.75 | 44.8~58.4 | |||||||
| Recommended Charging Voltage (V) | 27.6 | 51.75 | 55.2 | |||||||
| Recommended Discharge Cut-off Voltage (V) | 24 | 45 | 48 | |||||||
| Standard Charge/Discharge Current (A) | 0.5C | |||||||||
| Maximum Continuous Charge/Discharge Current (A) | 1C (Customizable) | |||||||||
| Operating Temperature (C) | -30~60(Recommend 10~35) | |||||||||
| Allowable Humidity Range(%RH) | <85 | |||||||||
| Storage Temperature(C) | -20~65(Recommend 10~35) | |||||||||
| Charging Temperature(C) | 0~55 | |||||||||
| Discharging TemperatureC) | -10~55 | |||||||||
| Protection Level | IP20 | |||||||||
| Cooling Method | Natural Air Cooling /Intelligent Fan | |||||||||
| Cycle Life | 5000+Times at 80% DOD | |||||||||
| Maximum Dimension (D*W*H)mm | 689*495*162 | 689*495*162 | 682*510*246 | 904*465*252 | 689*495*162 | 682*510*246 | 904*465*252 | |||
| Weight(kg) | 28 | 49 | 46 | 93 | 134 | 136 | 49 | 96 | 138 | 140 |
| Note:The maximum charge/discharge rate of models GBP48-200R and BP51.2-200R can be customized to 1C. The above data is for reference only. In case of any changes, no further notice will be given. | ||||||||||
A rack-type battery is designed to mount in standard server or battery racks, making it the preferred format for telecom base stations, data centers, UPS backup systems, and commercial energy storage installations. Unlike wall-mount units built for residential use, rack batteries are optimized for high-density deployment — multiple units stack vertically in a standard 19″ or custom rack enclosure, scaling capacity without increasing floor footprint.
The GBP-R is purpose-built for demanding environments where reliability and scalability matter:
Use the following as a starting point for your system design:
All GBP-R units support automatic parallel addressing — no dial codes, no manual ID configuration. Simply add units to expand capacity without reconfiguring your existing setup.
| GBP-R Rack | GBP-W Wall-Mount | GBP-L Wheeled | |
|---|---|---|---|
| Best for | Telecom / data center / commercial | Residential garage | Rental / mobile |
| Installation | Rack enclosure required | Wall fixings | No fixings needed |
| Scalability | Up to 16 units | Multiple units | Multiple units |
| Form factor | Horizontal, stackable | Vertical, flat | Floor-standing |
| Typical capacity | 2.56–16.1 kWh per unit | 2.56–10.24 kWh | 13.44–32 kWh |
Sizing a commercial battery storage system requires balancing your facility’s peak load requirements with the desired duration of backup power or energy shifting. The GBP-R Series simplifies this process through its “basic unit” modular philosophy:
Determine Modular Capacity: GSO Power offers individual rack modules ranging from 4.8kWh (48-100R) to 16.1kWh (51.2-314R). You can select a unit based on the specific energy density required for your space.
Calculate Load and Duration: For industrial or digital center backup, multiply the total wattage of critical equipment by the required runtime. For example, a module with 15.1kWh or 16.1kWh energy provides significant autonomy for high-demand loads.
Utilize Parallel Expansion: The system is designed for easy expansion by connecting multiple units in parallel. This allows businesses to start with a smaller capacity and scale up as energy demands grow, without complex system overhauls.
Factor in Discharge Rates: For high-power commercial applications, the GBP48-200R and 51.2-200R models can be customized for a 1C charge/discharge rate, allowing for faster energy delivery when needed.
The GBP-R Series Rack Type LiFePO4 Battery offers several distinct advantages for commercial and industrial sectors, prioritizing safety, longevity, and operational intelligence:
Exceptional Durability and ROI: These batteries offer a standard cycle life of over 5,000 times at 80% Depth of Discharge (DOD). With a design life exceeding 10 years, they provide a lower total cost of ownership compared to traditional lead-acid systems.
Advanced Safety and Management: Every module features an advanced BMS (Battery Management System) that provides comprehensive protection, including over-temperature alarms and over-charge/discharge safeguards. The LiFePO4 chemistry itself is inherently safer and more stable than other lithium alternatives.
Intelligent Installation and Maintenance:
Automatic Addressing: The system features automatic ID code recognition, removing the need for manual dialing during setup.
Visual Management: An LED screen allows for direct selection of inverter communication protocols, ensuring seamless integration with over 65 mainstream inverter brands.
Space-Efficient, Modular Design: The compact rack-type build is specifically designed to fit standard server environments, offering high power density while saving valuable floor space in commercial facilities.
High Environmental Adaptability: These units are built to operate reliably in varied temperatures (discharging from -10°C to 55°C) and include multi-level protection strategies to isolate faults, ensuring the safety of the entire system.
Rack-type LiFePO4 batteries, like the GBP-R Series, serve as the core energy reservoir for peak shaving and load leveling strategies. By storing energy during low-demand hours (off-peak) and discharging it during high-demand periods (peak), businesses can significantly reduce “demand charges” on their utility bills. The GBP-R series is engineered as a “basic unit” that can be parallel-connected to form large-scale arrays , providing the high energy density needed for sustained power delivery during peak grid stress. Its advanced BMS ensures that the transition between charging and discharging is handled with high reliability and efficiency.
For mission-critical applications such as digital centers or communication base stations, rack batteries must offer seamless integration and high safety standards. The GBP-R Series meets these requirements through:
Protocol Compatibility: It supports standard CAN/RS485 interfaces and allows for direct selection of mainstream inverter protocols via the built-in screen.
Physical Standards: Designed with a compact, rack-mounted structure, it integrates easily into standard server cabinets, optimizing space utilization.
Comprehensive Protection: The integrated BMS monitors each cell to provide multi-level safeguards, including over-temperature alarms, short-circuit protection, and over-charge/discharge isolation.
Scalability: Features like automatic addressing eliminate the need for manual code dialing, facilitating rapid expansion as the data center’s power requirements grow.
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