Uninterruptible power that switches over before the lights notice — lithium ion, by design
Lithium ion UPS systems built on LiFePO4 cells for data centers, telecom sites, rail transit and industrial facilities. One lithium ion battery backup platform, four times the cycle life of lead-acid, a fraction of the footprint.
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Six reasons facility teams are moving off lead-acid
A lithium ion battery UPS trades bulky VRLA strings for a compact, LiFePO4-based battery backup with a materially longer service life. Here’s what changes when you switch.
Longer service life
VRLA batteries are typically good for 300–500 cycles. A lithium ion UPS battery is rated well past 4,000 cycles, which stretches replacement intervals and cuts maintenance visits.
Smaller footprint
Lithium battery cabinets take up to 70% less floor space than the equivalent VRLA string, freeing rack and floor space for compute or production equipment.
Lighter to install
Up to 70% lighter than lead-acid, so a lithium ion uninterruptible power supply can go on upper floors with far less structural reinforcement.
Wh/kg energy density
Versus 30-50 Wh/kg for lead-acid. More usable energy in the same or a smaller cabinet, which is what makes the size and weight gains possible.
Faster charge and discharge
Lithium chemistry tolerates a much higher charge and discharge rate, so a lithium ups battery recovers full readiness far sooner after an outage.
Lower total cost
Fewer battery replacements and less maintenance labor over the system’s life can bring total cost of ownership down by up to half versus VRLA.
Built around LiFePO4, not generic lithium ion
When people search for a “lithium ups” they’re usually picturing a swap-in battery cabinet, but the chemistry underneath matters as much as the form factor. Our lithium ion battery UPS platform uses lithium iron phosphate (LiFePO4) cells specifically because they hold up under sustained charge/discharge cycling and run cooler than other lithium chemistries under load.
That combination — thermal stability plus a wide operating window — is why a lithium ion uninterruptible power supply can sit in an unconditioned electrical room without the dedicated HVAC a VRLA string usually needs.
Lithium ion UPS batteries vs VRLA
The same decision every facility team runs through when they evaluate a lithium ion battery backup against a traditional lead-acid string.
| Lithium ion UPS battery | VRLA / lead-acid | |
|---|---|---|
| Kitaran hidup | 4,000+ cycles | 300–500 cycles |
| Effective service life | Roughly 2× longer | Baseline |
| Total cost of ownership | 10–50% lower | Higher, driven by replacement cycles |
| Footprint | 50–80% smaller | Baseline |
| Berat badan | 60–80% lighter | Baseline |
| Charge to 100% | 30 min – 1 hr | 5–10 hrs |
| Charge to 80% | Comparable timing | Comparable timing |
Three ways to deploy lithium ion battery backup
From a full modular UPS system to a drop-in rack-mount battery pack, sized to whatever’s already in the electrical room.
Lithium ion UPS
A complete lithium ups system built around LiFePO4 modules. Scales in hot-swappable power blocks, so capacity grows with the load instead of requiring a forklift upgrade.
Learn more →High power lithium battery system
A high energy-density pack tuned for fast, stable charge and discharge under demanding loads — the option teams reach for when the lithium ion battery backup has to cover a heavy, spiky draw.
Learn more →Rack-mount lithium battery pack
A standardized 19″ module that slots into an existing cabinet and pairs with a compatible UPS or DC supply — useful for retrofitting a lithium ion battery UPS into space built for lead-acid.
Learn more →Lithium ion uninterruptible power supply, deployed
Same chemistry, different load profiles — here’s where lithium ion UPS systems typically go in.
Data centers
Rack-dense lithium ion battery UPS capacity where floor space and cooling budget are both tight.
Telecom sites
Compact lithium ups battery backup for base stations and switching rooms with limited structural loading.
Rail and transit
Long-duty-cycle lithium battery backup for signaling, platform systems and control rooms.
Industrial & process
Fast-recharge lithium ion UPS protecting production lines from short grid interruptions.
Recent lithium ion UPS deployments
Baggage handling backup power
A fleet of 12kVA lithium ion UPS units was installed to keep a baggage and parcel conveyor system running without interruption at a major international airport’s passenger service center.
Diesel generator replacement
A lithium ion battery backup replaced a diesel generator, cutting noise and emissions while letting the building capture peak/off-peak price spreads for additional savings.
15+ years of UPS uptime
A metro network has run on the same UPS platform since 2006 and now spans more than 200 installed units system-wide, with zero recorded downtime incidents.
Lithium Ion UPS FAQ
What makes a lithium ion UPS different from a standard UPS?
The power electronics work the same way — the difference is the battery. A lithium ion UPS swaps the VRLA (lead-acid) string for a LiFePO4 battery pack, which is what unlocks the longer cycle life, smaller footprint and faster recharge.
Can I retrofit an existing UPS with a lithium ion battery backup?
In many cases, yes. A rack-mount lithium battery pack can pair with a compatible existing UPS or DC power system, provided the charging profile and BMS communication are supported. Check compatibility against your current setup before ordering.
How long does a lithium UPS battery actually last?
Lithium ion UPS batteries are commonly rated past 4,000 charge/discharge cycles, compared with roughly 300–500 for VRLA. Actual service life depends on operating temperature, depth of discharge, load profile and charging conditions.
Is a lithium ion battery UPS safe to run without dedicated cooling?
LiFePO4 cells are selected for their thermal stability and long cycle life. Cooling requirements depend on the battery system, installation environment and manufacturer’s specified operating temperature range. Always follow the system’s installation and thermal-management requirements.
Are there shipping restrictions on lithium ion battery backup units?
Lithium ion batteries are regulated for transportation and may be subject to dangerous-goods requirements depending on the battery configuration and mode of transport. Shipping documentation, packaging and applicable transport regulations should be confirmed with the supplier before shipment.
Tell us about your lithium ion UPS project
Request a quote →Share your load size, site constraints and timeline — our applications team will size a lithium ion battery UPS or battery backup system and follow up directly.
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