UPS Backup for Hospital Ventilators
Why ventilators and other life-support loads need zero-transfer backup, and how to size runtime by load.
Read guide →UPS Solutions for Healthcare Facilities
In a hospital, a power event is never just an outage — it is a clinical event. XGW builds online double-conversion UPS systems from 1 kVA to 720 kVA and pairs them with LiFePO4 battery cabinets engineered for unstable grids and high ambients. The result is clean, continuous backup power for ventilators, ICU monitors, laboratory analyzers and the infrastructure that supports patient care. Below are the five ways we help facilities specify and protect medical power.
Five ways we support medical power
How to Select UPS for Critical Medical Equipment
A step-by-step method: load list, inrush, topology, runtime, redundancy, battery and comms.
Read guide →Online UPS for ICU & Laboratory Equipment
Why online double-conversion matters for ICU monitors and lab analyzers with sharp inrush.
Read guide →UPS Battery Backup for Unstable-Grid Hospitals
Wide-input UPS and LiFePO4 batteries that ride through outages, sags and high ambients.
Read guide →UPS + Lithium Battery for Healthcare Infrastructure
Why LiFePO4 (3–4× VRLA cycle life, low maintenance) fits 24/7 hospital duty.
Read guide →Built for the people who specify and service medical power
Medical equipment dealers
Offer XGW online UPS and LiFePO4 battery as a branded backup tier alongside the equipment you already sell. We supply OEM/ODM from 500 units with your label, datasheets and quote.
Biomedical engineers
Online double-conversion isolates sensitive loads from grid noise and transfers; output PF 1, THDi < 3% and SNMP/RS485 telemetry let you monitor runtime and alarms from the BMS/DCIM.
Hospital procurement managers
Compare total cost of ownership, not just unit price: LiFePO4 runs 3–4× the cycle life of VRLA with no watering or mid-life replacement, and modular UPS adds N+X redundancy without oversizing.
Medical equipment service companies
Our LiFePO4 strings are drop-in replacements for VRLA on the matched DC bus (48V–409V), with a BMS protocol-matched to the host UPS (Modbus/RS485, CAN) — no change to the UPS itself.
Healthcare EPC contractors
Single-source the UPS and battery as one engineered package: we size runtime to the load, match the DC bus, and deliver central strings and cabinet footprints coordinated for your build.
Real deployments in healthcare-critical sites
XGW UPS lithium battery strings are already running in critical infrastructure that includes hospitals. In Gulf and southern-Africa facilities, 384V 200Ah LiFePO4 packs (76.8 kWh per string, Grade-A CATL/BYD/EVE cells, UN38.3 certified) replaced ageing VRLA banks in 5-unit batches, engineered for 45–50 °C ambients and protocol-matched to the host UPS.
Case Study: Saudi Arabia Data Center & Hospital UPS
384V 200Ah LiFePO4 UPS battery, 5-unit batch, Gulf-temperature engineered with Tier-1 cells.
Case Study: South Africa Hospital Critical Power
384V 200Ah LiFePO4 UPS battery for hospital critical power, protocol-matched BMS, UN38.3 certified.
Sizing medical backup power?
37 senior R&D engineers. OEM/ODM from 500 units. Samples in 3–7 days. Send us the load list and required backup time — we return a sized UPS + battery configuration.
Get a Quote WhatsApp UsCompliance & scope note
XGW UPS and battery systems are general-purpose critical-power products, certified to IEC 62040 (UPS) and UN38.3 (battery transport). They are not medical devices and are not certified to IEC 60601 or any medical-equipment standard. Before deploying in patient-care areas, confirm compatibility with the specific medical device against the device manufacturer’s published power specifications and your local electrical and regulatory requirements. XGW confirms UPS/battery fit (DC-bus voltage, charge profile, communication protocol) when given the UPS model — the medical-device compatibility decision remains with the equipment manufacturer and the facility.