Industrial & Tower UPS 1–600 kVA
Single-phase 1–20 kVA for bedside and bench loads; three-phase tower/rack to 600 kVA for whole-ward or building service. >96% efficiency, full DSP control, wide input range.
Online UPS for ICU & Laboratory Equipment
ICU monitors, infusion systems and laboratory analyzers are sensitive to the things a weak grid does: sags, swells, frequency drift and the brief break of a line-interactive transfer. XGW online double-conversion UPS eliminates those events at the source — the load runs on the inverter continuously, so it never sees the raw grid. This is why online topology is the standard choice for ICU and lab environments.
What online double-conversion does for ICU and lab loads
- Zero transfer time. The load is always on the inverter, not switched between grid and battery. There is no break for a monitor or analyzer to reset.
- Regulated, clean output. Voltage and frequency stay within tolerance regardless of input, protecting calibration-sensitive lab instruments.
- Input PF > 0.99, THDi < 3%. The UPS draws near-unity power factor with low harmonic current, so it does not pollute the facility’s own distribution — useful where the UPS shares a panel with other medical loads.
- Output power factor 1. Full VA is usable watts, so a 10 kVA unit actually delivers 10 kW to the load.
Why lab equipment needs the same protection
Centrifuges, refrigerated units and analytical instruments draw sharp inrush when motors or compressors start. An online UPS sized with inrush margin holds voltage through the surge instead of tripping, and the battery (up to 6C peak discharge on XGW LiFePO4) carries the spike without sagging the way a VRLA string can.
XGW online UPS for ICU and lab
Modular Three-Phase UPS 50–720 kVA
N+X hot-swappable redundancy for central ICU/lab power: a module fault or service window never drops the load. Scales to 2.0 MVA as the facility grows.
Pair either with the LiFePO4 UPS battery (48V–409V) for long, maintenance-light runtime and protocol-matched BMS telemetry to the building management system.
Deployment notes
- Confirm each device’s published power requirement (voltage, frequency, allowable interruption) against the UPS output before selection — the compatibility decision sits with the equipment manufacturer and the facility.
- Coordinate earthing and segregation from life-safety branch circuits with the facility’s electrical engineer and local code.
- Enable SNMP/RS485 monitoring so biomedical engineering sees runtime and alarms rather than discovering a weak battery during an event.
Protecting an ICU or lab?
Send the load list and required runtime. 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 power-protection principles and XGW product capabilities; it is not a statement of compatibility with any specific ICU or laboratory device. Compatibility must be confirmed against the device manufacturer’s published power specification and your local electrical and regulatory requirements before deployment in patient-care or calibration-sensitive areas.
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