Product Introduction
Our rack type lithium iron phosphate battery adopts the proven 19‑inch rack‑mount framework, integrating storage‑oriented LiFePO4 cells and sophisticated onboard BMS hardware. Supporting CAN/RS485 data interfaces and multi‑unit parallel scaling capability, this modular storage hardware fits diverse deployment scenarios covering solar energy harvesting, UPS emergency backup, data centre infrastructure, telecommunication base stations, micro‑grid networks and commercial peak‑shaving projects. Boasting outstanding safety performance, zero‑routine‑maintenance traits and extended cyclic service life, it acts as a compelling modular energy‑storage option for EPC contractors and system integration specialists.
Product Advantages
Standard 19‑inch Rack Mount Design
Built around universal 19‑inch rack‑mount specifications, this lithium iron phosphate battery is fully interoperable with most commercially available server cabinets, inverters and UPS devices. Unified dimensional criteria simplify system assembly and internal cabinet layout organisation. Project Case: During medium‑to‑small commercial solar storage roll‑outs and server‑room backup power retrofits, installers skip custom bracket fabrication or cabinet structural modification. Units slide straight into existing standard racks, accelerating on‑site commissioning while delivering tidy, standardised cabling arrangements.
Modular Stackable Expansion, Flexible Capacity Upgrade
Multiple battery packs can be linked in parallel to boost overall capacity and power output. Operators may kick‑start projects with modest‑capacity configurations and add further battery modules as power loads grow, preventing excessive upfront capital spending and redundant hardware investment. Project Case: Numerous office complexes, retail supermarkets and manufacturing workshops adopt phased energy‑storage build‑outs. They initially deploy 2‑4 rack battery sets to satisfy baseline peak‑shaving and backup requirements. As business activity expands and power draw rises, extra battery modules can be incorporated without swapping out the whole system, significantly lowering initial project capital outlay.
Energy‑storage‑dedicated LiFePO4 Cell, 6000+ Long Cycle Life
Housing specialised LiFePO4 cells engineered for energy storage duties, this rack battery realises over 6000 deep charge‑discharge cycles accompanied by negligible capacity loss. It delivers service lifespans 3‑6 times longer than classic lead‑acid batteries, suiting recurring daily charge‑discharge operations within commercial energy‑storage installations. Project Case: For off‑grid continuous power supply and regular peak‑shaving storage deployed in power‑scarce rural zones and industrial parks, lead‑acid counterparts demand replacement every 1.5‑2 years. Our rack‑mount lithium unit maintains stable performance for more than 10 years, effectively trimming later‑phase project servicing and component‑replacement costs.
Intelligent BMS Active Protection & CAN/RS485 Communication
The in‑built sophisticated BMS implements comprehensive safeguards covering over‑charge, over‑discharge, over‑current, short‑circuit, over‑voltage and high/low‑temperature risks. CAN and RS485 communication protocols enable smooth interconnection with mainstream hybrid inverters and energy‑storage management systems for bidirectional real‑time data exchange. Project Case: Within large‑scale photovoltaic storage plants and smart micro‑grid schemes, the battery transmits live metrics including individual cell voltage, temperature, SOC and SOH toward cloud platforms. Protective measures activate automatically upon detecting abnormal operating conditions, avoiding cell damage and full‑system shutdown incidents and securing stable, safe plant‑wide operation.
Application Scenarios
Data Center & Server Room Backup｜Trigger instant UPS backup upon grid failure to safeguard critical server hardware.
Factory & Commercial Peak Shaving｜Accumulate off‑peak low‑cost grid power for release during high‑demand peak intervals and reduce overall electricity expenditure.
Rooftop PV Energy Storage｜Raise self‑consumption ratios for onsite solar photovoltaic power generation.
Communication Base Station｜Deliver uninterrupted 24‑hour standby power resources.
Microgrid & Off‑grid Industrial Site｜Supply consistent power for geographically‑isolated industrial facilities.
Product Features
19‑inch standard rack size — Matches standard server racks and widely‑adopted inverter products.
Modular parallel expansion — Run multiple batteries in parallel to achieve flexible capacity scaling.
Energy‑storage‑dedicated LiFePO4 cells — 6000+ deep cycles, minimal capacity attenuation and extended working lifespan.
Intelligent BMS with CAN/RS485 — Cell‑level protective functions, supporting protocol integration with EMS/PCS hardware.
Low self‑discharge & high cell consistency — Optimised for prolonged standby‑power deployments.
Maintenance‑free sealed structure — No liquid refilling or periodic manual inspection needed.
Industrial wide temperature design — Delivers trustworthy performance amid challenging industrial working environments.
Specifications Capacity
Can be customized according to your requirements
FAQ
Q1: Can multiple rack batteries be connected in parallel? A1: Yes, multi‑parallel configuration is supported to lift aggregate storage capacity.
Q2: What communication ports are available? A2: CAN and RS485, compatible with most mainstream PCS inverters on the market.
Q3: What is the warranty period? A3: 10‑year warranty coverage for battery modules.
Q4: Can it be used for UPS backup? A4: Yes, it works excellently as standby UPS hardware for data centre infrastructures.
Q5: Can we customize voltage and capacity? A5: Yes, OEM custom specifications are available.
Q6: Is installation difficult? A6: It adopts standard rack‑mount installation; simply slide the unit into cabinet slots. A complete installation manual will be provided.
