
Out of Stock
APC Galaxy VS UPS 20kW 208V | Online UPS, Enterprise Power
APC
MPN: GVSUPS20K0B4FS
$16,925.33$21,400.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 20 kW UPS capacity
- 208 V input platform
- Online double-conversion architecture
- Supports up to 4 internal 9 Ah smart modular battery strings
- APC Galaxy VS series
- Enterprise power protection design
- Protect critical loads with 20 kW online UPS capacity
- Maintain power continuity using 208 V enterprise input support
Protect high-density IT loads with the APC Galaxy VS UPS 20 kW 208 V system. This platform is designed for environments where power quality, uptime, and serviceability matter more than basic backup. It fits the needs of data rooms, network closets, and distributed enterprise sites that cannot afford unstable power delivery.
With online UPS architecture, the system conditions incoming power continuously, helping isolate connected equipment from common utility disturbances. That matters when the load includes networking gear, storage, or other infrastructure that must stay stable through sags, surges, and outages.
The 20 kW capacity gives IT teams room to support meaningful rack-level demand without immediately stepping into a larger footprint. Support for up to four internal 9 Ah smart modular battery strings adds flexibility for runtime planning and phased expansion.
Choose this model when standard UPS units no longer match the electrical demands or uptime expectations of the environment. It is a serious power platform for teams that need controlled protection, service continuity, and a cleaner path to scaling critical loads.
Ideal For
- Data center rack power protection
- Network infrastructure uptime support
- Server room power conditioning
- Enterprise edge site backup power
Why This Product
- 120 kW capacity exceeds small office UPS units
- 2Online UPS design provides continuous power conditioning
- 3Supports modular battery expansion for runtime planning
- 4Enterprise-grade fit for critical infrastructure loads







