Industrial & Tower UPS 1–600 kVA
Single-phase 1–20 kVA for room-level protection; three-phase tower/rack to 600 kVA for wards and plant rooms.
UPS + Lithium Battery Solutions for Healthcare Infrastructure
A hospital UPS is only as dependable as the battery behind it — and a battery that needs periodic watering, replacement and manual checks is a liability in a 24/7 clinical environment. XGW pairs online double-conversion UPS (1–720 kVA) with LiFePO4 battery strings built for long, maintenance-light duty, protocol-matched to the host UPS and engineered for harsh ambients. This is the battery layer of the healthcare power chain.
Why LiFePO4 for healthcare infrastructure
- 3–4× the cycle life of VRLA. Fewer replacements over a 15-year service life, eliminating the mid-life battery swap that disrupts clinical areas.
- Low maintenance. No watering, no equalisation, no periodic capacity testing beyond the BMS self-report — the pack reports SOC and SOH to the UPS host.
- Less space and weight. Roughly 1/3 the volume and 1/2 the weight of lead-acid, freeing rack and floor space in crowded plant rooms.
- Safety and transport. Stable LiFePO4 chemistry with an active-balancing BMS; every pack is UN38.3 certified for safe transport and deployment.
- Fast recharge and precise telemetry. The pack returns to readiness quickly after an event and reports cell-level state to the building management system.
XGW LiFePO4 UPS battery
| Attribute | XGW specification |
|---|---|
| Voltage range | 48V – 409V (matches 48V small modular and 192V/384V/409V central strings) |
| Peak discharge | Up to 6C — carries UPS inrush without voltage sag |
| Cells | Grade-A LiFePO4 from Tier-1 suppliers (CATL, BYD, EVE) |
| BMS | Active balancing; CAN / RS485 (Modbus), SNMP optional |
| Integration | Drop-in VRLA replacement on the matched DC bus; protocol-matched to the host UPS |
How it integrates with XGW UPS
Modular Three-Phase UPS 50–720 kVA
Central systems with N+X redundancy; the LiFePO4 string scales with the UPS to 2.0 MVA.
Send us the UPS model and required backup time and we confirm the DC-bus match, charge profile and communication protocol before you order.
Real deployment: hospital critical power
XGW 384V 200Ah LiFePO4 UPS strings (76.8 kWh per string) are deployed in 5-unit batches across data centers and hospitals in Saudi Arabia and South Africa — Grade-A CATL/BYD/EVE cells, UN38.3 certified, BMS protocol-matched to the host UPS, and engineered for 45–50 °C Gulf ambients where VRLA would age out early.
Case Study: Saudi Arabia Data Center & Hospital UPS
384V 200Ah LiFePO4, 5-unit batch, Gulf-temperature engineered with Tier-1 cells.
Case Study: South Africa Hospital Critical Power
384V 200Ah LiFePO4 for hospital critical power, protocol-matched BMS, UN38.3 certified.
Building or upgrading hospital backup?
Send the UPS model and required minutes. 37 senior R&D engineers, OEM/ODM from 500 units, samples in 3–7 days.
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. This page describes battery capabilities and a real deployment; it is not a statement of compatibility with any specific medical device. Before deploying in patient-care areas, confirm compatibility with the specific medical device against the device manufacturer’s published power specification and your local electrical and regulatory requirements.
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