APC by Schneider Electric GVSUPS30KRFS 30kW 208V N+1 Redundant UPS
Overview
The APC by Schneider Electric GVSUPS30KRFS is a 30 kVA / 30,000 W three-phase uninterruptible power supply designed for critical infrastructure environments where power continuity is non-negotiable. Built around an N+1 redundant power module architecture with support for external battery cabinets, this unit targets data centers, server rooms, and mission-critical facilities that cannot tolerate a single point of failure in their power chain. If you're sizing for a mid-tier data hall or an enterprise edge deployment running 208V three-phase infrastructure, the Galaxy VS line is worth a close look alongside other enterprise UPS systems in this power class.
Key Features
- 30 kVA / 30,000 W Capacity: Sized for mid-density rack environments — enough headroom to protect a populated row of servers or network gear without requiring a larger, more expensive 40–60 kW unit if your actual load sits under 25 kW sustained.
- N+1 Power Module Architecture: The redundant module configuration means one power module can fail during operation without dropping the load. For environments where scheduled maintenance windows are rare, this eliminates the need to shut down protected equipment just to service the UPS itself.
- Lithium-Ion Battery Chemistry: Li-Ion batteries carry a longer service life and faster recharge cycle compared to traditional VRLA lead-acid alternatives — reducing replacement frequency and total cost of ownership over a multi-year deployment. They also run cooler and lighter, which matters in dense rack environments with constrained floor loading.
- Pure Sine Waveform Output: Clean sine-wave output protects sensitive loads — server PSUs, network switches, medical-grade equipment — that can exhibit instability or damage when fed stepped-approximation waveforms from less capable UPS designs.
- External Battery Support: Runtime is determined by external battery cabinets rather than internal cells alone, giving facilities teams the ability to right-size runtime independently of the power module — a key advantage when AHJ or SLA requirements specify a particular runtime at full load.
- 208V Input/Output: Configured for North American three-phase 208V infrastructure, matching standard data center PDU and transfer switch wiring without requiring additional step-up or step-down transformers in the power path.
Deployment Context
The GVSUPS30KRFS ships as part of the APC Galaxy VS platform — a modular three-phase UPS family positioned between single-phase rack units and large-scale 100+ kW frame systems. It is a special-order configuration; confirm lead time before committing to an installation schedule. Pair it with compatible data center power infrastructure including APC external battery cabinets and remote monitoring panels for a complete power protection solution. For facilities evaluating scalability, the Galaxy VS architecture allows incremental capacity expansion within the same footprint — consult pre-sales engineering to map module configurations against your projected load growth.
Frequently Asked Questions
Q: What is the output capacity of the GVSUPS30KRFS?
A: The GVSUPS30KRFS provides 30 kVA / 30,000 W of UPS output capacity, configured for 208V three-phase operation.
Q: What type of battery does the GVSUPS30KRFS use?
A: It uses Lithium-Ion (Li-Ion) batteries, which offer a longer service life and faster recharge characteristics compared to traditional lead-acid VRLA batteries.
Q: Does the GVSUPS30KRFS support external battery cabinets?
A: Yes. The GVSUPS30KRFS is specifically configured for external battery cabinets, allowing runtime to be scaled independently of the power module capacity.
Q: What does N+1 mean in the context of the GVSUPS30KRFS?
A: N+1 means the system includes one more power module than the minimum required to carry the full load. If one module fails, the remaining modules continue supplying power without interruption — a critical requirement for facilities that cannot accept downtime during UPS servicing.
Q: Is the GVSUPS30KRFS a standard stocking item?
A: No — it is listed as a special-order configuration. Verify current lead times before finalizing your installation project schedule.
The GVSUPS30KRFS sits at an interesting point in the APC Galaxy VS lineup — 30 kW at 208V with N+1 redundancy and Li-Ion chemistry puts it squarely in the conversation for mid-density enterprise edge and colocation environments where a single-phase rack UPS is undersized but a 60–100 kW frame system is overkill. The Li-Ion battery specification is the spec I'd lead with in any facilities conversation: it changes the maintenance calculus significantly compared to VRLA-based competitors in the same power class.
Technical Highlights:
- 30 kW / 30 kVA Capacity: At full 208V three-phase loading this covers a meaningful server row — plan your load budget conservatively at 70–80% of nameplate to preserve headroom for load growth and N+1 module operation.
- Li-Ion Battery Chemistry: Longer cycle life than VRLA means fewer battery replacement events over a 10-year facility lifecycle — a real TCO factor when replacement labor and disposal costs are factored in alongside the cells themselves.
- External Battery Configuration: Runtime is decoupled from the power module, so you can specify exactly the runtime minutes your SLA requires by sizing the external battery cabinet independently — rather than being locked into whatever runtime the internal cell tray provides.
Deployment Considerations:
- This is a special-order SKU — build lead time into your project schedule from day one; do not assume same-week availability even from distribution.
- External battery cabinets are required for runtime — the GVSUPS30KRFS is not a standalone runtime solution out of the box. Confirm compatible APC Galaxy VS battery cabinet models and quantity against your runtime-at-load requirement before finalizing the BOM.
Best positioned for enterprise edge deployments, healthcare facilities, or mid-tier colocation cages running 208V three-phase infrastructure where N+1 redundancy is a hard requirement and Li-Ion's lower weight and longer service life offset the higher per-unit acquisition cost versus VRLA alternatives.
