Product Introduction
This rack-mounted LiFePO4 battery features a standard 19-inch rack design and incorporates LiFePO4 cells purpose-built for energy storage, along with an intelligent BMS. It offers CAN/RS485 communication and supports parallel expansion across multiple units. Common applications include solar energy storage, UPS backup power, data centers, telecom base stations, microgrids, and commercial peak-shaving projects. With high safety, maintenance-free operation, and a long cycle life, it is an ideal modular energy storage battery for EPC contractors and system integrators.
Product Advantages
1. 19-Inch Standard Rack Compatibility
The battery is built to the standard 19-inch rack form factor, ensuring seamless fit with most mainstream server cabinets, inverters, and UPS systems available today. Its standardized dimensions and unified mounting specifications simplify system integration and cabinet layout. In practice, for small-to-medium commercial solar storage installations and server-room backup power upgrades, technicians can slide the unit directly into a standard cabinet without fabricating custom brackets or modifying cabinet structures—dramatically cutting on-site installation time and achieving clean, standardized wiring.
2. Stackable Modular Design for Scalable Capacity
Multiple units can be connected in parallel to expand both capacity and power output. This allows users to begin with a modest-capacity setup and later add modules as load demand grows, avoiding large upfront capital outlay and unnecessary equipment waste. A typical scenario: office buildings, supermarkets, and factory workshops pursuing phased energy storage buildouts often start with 2–4 rack batteries to cover basic peak-shaving and backup requirements; as operations expand and power consumption rises, additional modules can be added freely without replacing the entire system, yielding substantial savings on initial project investment.
3. Purpose-Built LiFePO4 Cells with 6000+ Cycles
The unit incorporates LiFePO4 cells designed specifically for energy storage, delivering over 6,000 deep charge-discharge cycles with minimal degradation. This translates to a service life 3–6 times longer than conventional lead-acid batteries, making it well suited to the daily cyclic charging and discharging typical of commercial energy storage projects. Consider rural areas with power shortages and industrial parks running continuous off-grid supply and daily peak-shaving: lead-acid banks there typically need replacement every 1.5–2 years, whereas this rack lithium battery can operate reliably for more than a decade, effectively lowering long-term maintenance and replacement costs.
4. Intelligent BMS with Active Protection and CAN/RS485 Communication
An integrated smart BMS provides protection against overcharge, overdischarge, overcurrent, short circuits, overvoltage, and high/low temperature conditions. CAN/RS485 communication enables smooth interfacing with most hybrid inverters and energy storage management systems for real-time data exchange. In large-scale PV storage plants and intelligent microgrid projects, the battery can report per-cell voltage, temperature, SOC, and SOH to a cloud platform in real time; when abnormalities arise, the system actively triggers protection to prevent battery damage and system shutdowns, safeguarding stable and safe operation of the entire plant.
5. Low Self-Discharge and Strong Consistency for Extended Standby
High-consistency cells with an extremely low self-discharge rate allow the battery to hold its charge stably over long periods—ideal for server rooms, telecom base stations, and industrial equipment requiring long-term standby power. In data rooms and network base stations that demand 24/7 readiness, traditional batteries tend to lose charge and fail after prolonged standby; this rack battery maintains stable storage over time, ensuring instant switching and uninterrupted supply the moment grid power fails.
6. High Safety, Minimal Maintenance
LiFePO4 chemistry offers excellent thermal stability with no risk of thermal runaway. The fully sealed construction requires no water replenishment and no routine maintenance, saving considerable labor on inspection and upkeep for commercial projects. In public energy storage installations with large equipment fleets—industrial parks, schools, hospitals—lead-acid batteries demand monthly inspection, dust cleaning, and electrolyte topping-up; this rack-mounted lithium battery is maintenance-free across its entire life cycle, greatly reducing O&M labor costs.
7. Wide Voltage Range, Stable Commercial-Grade Output
Designed to commercial and industrial standards, the battery operates stably across a broad temperature range and adapts to demanding conditions—from temperature-controlled computer rooms to unattended outdoor distribution rooms. It performs reliably year-round in unattended outdoor distribution rooms, factory workshops with wide temperature swings, and constant-temperature server rooms alike, overcoming the instability and frequent failures that ordinary batteries suffer in complex industrial environments.
Application Scenarios
Data Center & Server Room Backup — Provides immediate UPS-level backup during grid outages, safeguarding servers from disruption.
Factory & Commercial Peak Shaving — Captures off-peak electricity for discharge during high-demand periods, lowering overall energy costs.
Rooftop PV Energy Storage — Raises the proportion of solar power consumed on-site.
Communication Base Station — Delivers round-the-clock standby power.
Microgrid & Off-grid Industrial Site — Ensures dependable electricity for industrial facilities in remote locations.
Product Features
19-Inch Standard Rack Size — Fits standard server cabinets and mainstream inverters.
Modular Parallel Expansion — Connect multiple units in parallel for flexible capacity scaling.
Energy-Storage-Dedicated LiFePO4 Cells — 6000+ deep cycles with minimal degradation and extended service life.
Intelligent BMS with CAN/RS485 — Cell-level protection and communication docking with EMS/PCS.
Low Self-Discharge & High Cell Consistency — Well suited to long-duration standby applications.
Maintenance-Free Sealed Structure — No water replenishment or routine inspection needed.
Industrial Wide-Temperature Design — Reliable operation under demanding industrial conditions.
Specifications Capacity
Customizable to meet your requirements.
FAQ
Q1: Is parallel connection possible across multiple rack batteries?
A1: Yes—several units can be linked in parallel to boost overall capacity.
Q2: Which communication interfaces does it offer?
A2: CAN and RS485 are both available, and they work with most mainstream PCS inverters.
Q3: How long is the warranty?
A3: The battery module carries a 10-year warranty.
Q4: Can it serve as a UPS backup source?
A4: Yes, it is well suited to UPS standby systems in data centers.
Q5: Are voltage and capacity customizable?
A5: Yes, OEM specifications can be tailored to your needs.
Q6: How hard is the installation?
A6: It installs in a standard rack and slides straight into the cabinet; an installation manual is included.
