Product Introduction
Rack mount lifepo4 pack for energy storage adopts industry‑standard 19‑inch rack form factor, integrating storage‑optimized LiFePO4 cells and intelligent on‑board BMS hardware. Supporting CAN and RS485 communication interfaces, this modular battery pack allows multi‑unit parallel stacking to expand overall system energy capacity. It fits diverse project scenarios including photovoltaic storage deployments, UPS emergency backup, data centre infrastructure, telecom base station power reserves, remote micro‑grids and commercial peak‑valley arbitrage tasks. Boasting inherent safety properties, zero routine maintenance and outstanding cyclic durability, this rack‑style battery serves as a practical modular energy‑storage building block for EPC firms and system integration partners.
Product Advantages
Standardized 19‑inch Rack Footprint for Smooth Site Integration
Built to universal 19‑inch rack specifications, this battery pack is mechanically and electrically compatible with most mainstream server cabinets, UPS hardware and hybrid inverters available on global markets. Unified mounting dimensions streamline cabinet layout and system assembly workflows. Project reference: For mid‑sized commercial solar‑storage builds and server‑room power‑supply retrofits, installers avoid custom bracket machining or cabinet structural alteration. Modules slide straight into existing rack slots, cutting field work hours while achieving tidy, standardised wiring arrangements.
Modular Parallel Stacking Supports Gradual Capacity Growth
Multiple rack‑mount battery packs can connect in parallel to boost total power and energy ratings. Project designers may launch with a smaller‑scale setup matching current load profiles and add extra battery modules later as site consumption rises, preventing excessive upfront capital spending and idle hardware assets. Project reference: Office compounds, retail supermarkets and production workshops frequently adopt phased energy‑storage roll‑outs. Operators deploy 2‑4 battery packs initially to cover basic peak‑shaving and backup requirements. When business expansion brings higher power draw, additional units get incorporated without discarding existing hardware, optimising initial project budgets.
Storage‑grade LiFePO4 Cells Deliver 6000+ Deep‑cycle Durability
Specially selected LiFePO4 cells for cyclic energy‑storage duties achieve more than 6000 deep charge‑discharge cycles with minimal capacity fade. It outperforms traditional lead‑acid alternatives by 3‑6 times in usable lifespan, well‑suited for repeated daily cycling within commercial‑grade energy‑storage projects. Project reference: For off‑grid industrial micro‑grids and park‑scale peak‑valley arbitrage deployments in power‑constrained rural zones, lead‑acid packs require replacement every 1.5‑2 years. Our rack‑mount lifepo4 pack maintains stable performance beyond 10 years and cuts recurring overhaul and component‑swap expenditure for asset holders.
BMS‑driven Multi‑layer Safeguards plus CAN/RS485 Data Connectivity
The embedded smart BMS executes comprehensive protection actions against over‑charge, over‑discharge, over‑current, short‑circuit, over‑voltage and extreme temperature risks. CAN and RS485 data ports enable seamless handshaking with mainstream hybrid inverters and energy‑management platforms for bidirectional real‑time data exchange. Project reference: Within large‑scale PV‑storage stations and smart micro‑grid installations, battery metrics such as individual cell voltage, temperature, SOC and SOH get uploaded toward cloud management dashboards. Protective triggers activate automatically upon detecting abnormal operating conditions, preventing cell damage and full‑system shutdown events to secure stable station‑wide performance.
Superior Cell Consistency and Low Self‑discharge for Extended Stand‑by Use
Matched high‑uniformity cells feature very low self‑discharge rates. The pack holds stored energy steadily over long idle intervals, making it well‑suited for 24‑hour standby power tasks in server premises, telecom sites and industrial control gear. Project reference: Data rooms and communication tower facilities demand reliable always‑on backup capability. Conventional battery types suffer gradual energy loss and potential failure after lengthy standby periods. Our rack‑mount LiFePO4 pack retains adequate reserves, ensuring instant power switch‑over the moment utility mains collapse.
Inherent Thermal Safety and Zero‑maintain Sealed Construction
LiFePO4 electrochemistry delivers strong thermal stability and greatly lowers thermal‑runaway hazards. Fully sealed unit design eliminates fluid top‑ups and periodic manual inspections, reducing labour‑intensive upkeep work for large‑volume commercial‑project deployments. Project reference: Industrial parks, educational campuses and medical facilities run sizable distributed energy‑storage hardware. Lead‑acid battery fleets need monthly check‑ups, dust removal and electrolyte maintenance. Our sealed rack‑mount battery runs maintenance‑free throughout its service lifetime and drastically reduces on‑site man‑hour costs.
C&I‑grade Hardware Handles Wide Temperature Working Conditions
Built for commercial‑industrial operating standards, this rack‑mount battery sustains steady output across broad temperature bands. It copes with diverse field environments including temperature‑controlled computer rooms and unmanned outdoor power distribution cabinets. Project reference: It delivers consistent year‑round performance inside unattended outdoor power cabins, factories with sharp day‑night temperature swings and climate‑stable server halls, resolving performance degradation and frequent breakdown issues common for general‑purpose batteries under tough industrial conditions.
Application Scenarios
Data Center & Server Room Backup: Trigger fast UPS backup power during mains failure to safeguard critical server hardware.
Factory & Commercial Peak Shaving: Store cheap off‑peak grid power for discharge during high‑tariff peak windows to lower overall power expenses.
Rooftop PV Energy Storage: Improve self‑consumption ratios for on‑site photovoltaic power generation.
Communication Base Station: Provide round‑the‑clock standby power for telecommunication infrastructure.
Microgrid & Off‑grid Industrial Site: Supply dependable power for geographically‑isolated industrial installations.
Product Features
19‑inch standard rack dimension: Compatible with mainstream server cabinets and inverter equipment.
Modular parallel‑expandable design: Scale power and energy capacity by adding multiple battery packs.
Storage‑purpose LiFePO4 cells: 6000+ deep cycles, low capacity decay and extended operational lifespan.
Smart BMS with CAN / RS485 ports: Cell‑level safety safeguards, supports data interconnection with EMS and PCS devices.
Low self‑discharge & tightly‑matched cells: Optimised for long‑duration standby power assignments.
Sealed maintenance‑free build: No water refilling or routine manual inspections required.
Industrial wide‑temperature capability: Reliable performance under diverse harsh industrial‑site conditions.
Specifications Capacity
Can be customized according to your requirements
FAQ
Q: Is parallel connection available for these rack‑mount battery packs?
A: Yes, multi‑unit parallel connection is supported to raise the overall system energy capacity. Our engineering team can offer configuration guidance for large‑scale parallel deployments.
Q: What communication interfaces does this rack‑mount lifepo4 pack offer?
A: CAN and RS485 ports are integrated, achieving interoperability with most commercially available PCS inverters.
Q: What warranty coverage applies to battery modules?
A: We provide a 10‑year warranty for the battery module itself.
Q: May this battery work within UPS backup power set‑ups?
A: Absolutely. It works very well as the core storage component for UPS standby systems in data‑centre‑related projects.
Q: Are voltage and capacity custom options available?
A: OEM customisation for voltage and capacity parameters is supported to satisfy distinct project specifications.
Q: How complex is field installation work?
A: It follows standard rack‑mount workflows; units slide directly into cabinet slots. Complete installation documentation is delivered alongside product shipments.
