Product Introduction
Built around a standard 19-inch rack format, this LiFePO4 battery houses energy-storage-grade cells alongside an intelligent BMS. CAN/RS485 communication and parallel expansion across multiple units are both supported. Typical uses span solar storage, UPS backup, data centers, telecom base stations, microgrids, and commercial peak-shaving installations. With high safety, maintenance-free operation, and a long cycle life, it stands as a strong modular storage choice for EPC contractors and system integrators.
Product Advantages
1. Standard 19-Inch Rack Design
Built to the 19-inch rack format, it fits most mainstream server cabinets, inverters, and UPS systems. Standard sizing and unified mounting simplify integration and cabinet layout. For small-to-medium commercial solar storage and server-room backup upgrades, installers can slot the battery straight into a standard cabinet—no custom brackets or structural changes—boosting installation efficiency and keeping wiring neat and standardized.
2. Modular Stackable Expansion
Multiple batteries can be paralleled to expand capacity and power. Users start small and add modules as load grows, avoiding heavy upfront investment and wasted equipment. Office buildings, supermarkets, and factory workshops often build in phases—installing 2–4 rack batteries first for basic peak shaving and backup, then adding modules later without replacing the whole system, saving initial costs.
3. Energy-Storage-Dedicated LiFePO4 Cells, 6000+ Cycles
Built-in LiFePO4 cells deliver 6000+ deep cycles with ultra-low attenuation—3–6 times the life of lead-acid batteries—suited to daily cyclic operation in commercial storage. In rural off-grid supply and industrial park peak-shaving projects, lead-acid banks need replacement every 1.5–2 years, while this rack battery runs stably for over 10 years, cutting later-stage maintenance and replacement costs.
4. Intelligent BMS & CAN/RS485 Communication
The built-in smart BMS protects against overcharge, overdischarge, overcurrent, short circuit, overvoltage, and high/low temperature. CAN/RS485 communication pairs smoothly with most hybrid inverters and storage management systems for real-time data exchange. In large PV storage stations and smart microgrids, the battery uploads cell voltage, temperature, SOC, and SOH to the cloud; abnormal conditions trigger active protection, preventing battery damage and system shutdowns.
5. Low Self-Discharge & Strong Consistency
High-consistency cells with an extremely low self-discharge rate hold charge stably over long periods—ideal for server rooms, telecom base stations, and industrial standby power. Where traditional batteries lose charge and fail after prolonged standby, this rack battery ensures instant switching and uninterrupted supply when the grid fails.
6. High Safety & Low Maintenance
LiFePO4 chemistry offers excellent thermal stability with no thermal runaway risk. The fully sealed design needs no water replenishment or daily maintenance, saving inspection and upkeep costs. In industrial parks, schools, and hospitals, lead-acid batteries require monthly inspection, dust cleaning, and liquid topping-up; this rack-mounted lithium battery is maintenance-free for its entire life cycle, greatly reducing O&M labor.
7. Wide Voltage & Stable Commercial-Grade Output
Commercial and industrial grade design supports stable operation across a wide temperature range, adapting to constant-temperature computer rooms and unattended outdoor distribution rooms. It runs reliably year-round in unattended outdoor distribution rooms, factory workshops with large temperature swings, and constant-temperature server rooms, solving the instability and frequent failures of ordinary batteries in complex industrial environments.
Application Scenarios
Data Center & Server Room Backup — Delivers instant UPS-level backup during grid failure, keeping servers protected.
Factory & Commercial Peak Shaving — Banks valley-period power for release during peak hours, trimming electricity bills.
Rooftop PV Energy Storage — Lifts the solar self-consumption ratio.
Communication Base Station — Provides 24-hour continuous standby power.
Microgrid & Off-grid Industrial Site — Ensures steady power for industrial facilities in remote areas.
Product Features
19-Inch Standard Rack Size — Works with standard server cabinets and mainstream inverters.
Modular Parallel Expansion — Parallel multiple batteries for flexible capacity scaling.
Energy-Storage-Dedicated LiFePO4 Cells — 6000+ deep cycles, low attenuation, and long lifespan.
Intelligent BMS with CAN/RS485 — Cell-level protection with communication docking to EMS/PCS.
Low Self-Discharge & High Cell Consistency — Suited to long-duration standby use.
Maintenance-Free Sealed Structure — No watering and no regular inspection needed.
Industrial Wide-Temperature Design — Reliable operation under demanding industrial conditions.
Specifications Capacity
Available in bespoke configurations per your request.
FAQ
Q1: Can several rack batteries be paralleled?
A1: Yes—multi-unit parallel connection is supported to raise total capacity.
Q2: Which communication ports are provided?
A2: CAN and RS485, both compatible with most mainstream PCS inverters.
Q3: How long does the warranty last?
A3: Battery modules are covered for 10 years.
Q4: Is it suitable for UPS backup?
A4: Yes, it is an excellent fit for data center UPS standby systems.
Q5: Are voltage and capacity customizable?
A5: Yes, OEM specifications can be customized.
Q6: How difficult is installation?
A6: It uses standard rack mounting—simply slide it into the cabinet. An installation manual is supplied.
