Telecom & UPS Battery Backup

Telecom & UPS standby

Banks that sit for years and work the moment the grid fails

Telecom & UPS standby

LiFePO4 vs VRLA on standby duty

Standby banks rarely cycle — that is exactly where LiFePO4 beats lead-acid on total cost of ownership.

	VRLA lead-acid	EGbatt LiFePO4
Cycle life	~500 cycles	2,000–5,000 cycles
Typical standby life	3–5 years	8–10+ years
Weight	Baseline	≈ half
Monitoring	Often none	V / T / SoC built in
Maintenance	Periodic replacement	Minimal

Compare total cost over the standby life, not just the upfront price of the string.

Built for unattended sites

Standby / float duty

Sits charged for years and discharges when the grid fails.

Remote health reporting

Voltage, temperature and state of charge for distant sites.

Lower TCO

Fewer replacements and less site travel than VRLA.

Overview

EGbatt telecom and UPS batteries are long-life stationary LiFePO4 banks for cell towers, data links and critical infrastructure where downtime is unacceptable. LiFePO4’s flat self-discharge and 2,000–5,000 cycles beat VRLA lead-acid on total cost where the bank stands by and occasionally discharges. We build them with remote health monitoring (voltage, temperature, state of charge) so a site thousands of kilometres away can be trusted, and document to IEC62619/UL1973 for the install. The buying point is total cost of ownership over the standby life, not just the sticker.

Typical applications

Telecom and UPS standby banks

How to specify & buying guide

Size from the load and the autonomy the site needs during an outage, with margin.
Require remote monitoring (V, T, SoC) so distant banks are serviceable.
Confirm IEC62619/UL1973 and any local stationary standard.
Compare TCO over the standby life, not just upfront cost, vs VRLA.

How EGbatt builds it

Solutions are where product lines meet an application — backup, off-grid, peak shaving or telecom. We specify the cell chemistry, capacity, inverter and controls as one system, then document the design so your team can deploy and service it.

Certifications & compliance

UN38.3 — Mandatory lithium battery transport test (altitude, thermal, vibration, shock, external short). Required for any cross-border shipment.
IEC62619 — International safety standard for industrial Li-ion cells and batteries; expected by EU and most APAC buyers.
UL1973 — North American safety standard for stationary lithium battery systems.
CE — EU declaration of conformity for the applicable directives.
RoHS — Restriction of hazardous substances in the battery and BMS.
IP65 — Dust-tight and low-pressure water-jet resistant — suitable for outdoor enclosures.

Frequently asked questions

Why LiFePO4 over VRLA?

Longer life and lower total cost where the bank stands by and occasionally discharges.

Can it report health remotely?

Yes — we build in voltage/temperature/SoC monitoring for distant sites.

What certifications apply?

IEC62619 / UL1973 for stationary; UN38.3 for transport.

How long does it last?

2,000–5,000 cycles; far beyond typical VRLA standby life.

Talk to an application engineer

Send us your voltage, capacity, dimensions, certification target and annual volume. Our engineering team returns a proposal within three working days. Start your RFQ or review our custom pack capabilities.

Start your RFQ See custom pack capabilities