Schneider Electric Galaxy VL, 200-500 kW

Schneider's compact modular UPS at 200-500 kW, built from 50 kW Live Swap modules in a 0.8 square metre footprint

Schneider Electric Galaxy VL, 200-500 kW is one of 22 UPS systems tracked in the SecondWatt catalogue, each with specifications, lead times and indicative secondary-market pricing.

Schneider Electric Galaxy VL dossier: 200-500 kW in 50 kW Live Swap modules, 99.4% eConversion, new list and street pricing, and inspection guidance.

Why it matters

Shared modules turn two product lines into one spares pool. The GVPM50KD is a live catalogue item used by both the Galaxy VS and the Galaxy VL, so a module pulled from a decommissioned VS is immediately useful to a VL owner at 400 or 480 V. For a marketplace, that means module listings should cross-reference both nameplates rather than sitting under one.

Who buys it

Colocation and enterprise data center builders in the 200 to 500 kW band, and integrators assembling 1.6 to 2 MW systems from the same 50 kW modules under Schneider's October 2025 system specification. The secondary buyer for this platform does not exist yet; the first VL supply should appear when 2021 to 2023 colocation builds churn, realistically from 2028.

Role in the data center

Primary modular UPS for colocation and enterprise halls in the 200 kW to 2 MW range, configured N+1 in-frame and paralleled up to six ways.

Key specifications

Technical summary

Ratings: 200, 250, 300, 350, 400, 450 and 500 kW at unity output power factor Load power factor tolerance: 0.5 leading to 0.5 lagging without derating Input (UL, 480 V): 408-552 V; bypass 432-528 V; output regulation within 1% symmetrical Efficiency: 96.4-97.2% double conversion; 99.0-99.4% eConversion; 98.8-99.4% ECO Power module: GVPM50KD, 50 kW at 400/480 V and 25 kW at 208 V, 38 kg, shared with Galaxy VS Parallel: up to 6 units for capacity, 5+1 for redundancy Footprint: 0.8 square metres Battery: external only; VRLA at 480 VDC (40 blocks) or 576 VDC (48 blocks), or Galaxy lithium-ion System extension: 1,600-2,000 kW system specification issued October 2025 on the same modules Standards: UL 1778 fifth edition; CSA C22.2 No. 107.3-14; IEC 62040-3:2021

Pricing and availability

Comparable secondary-market band: 334–501 $ per kW. Trend: up Lead time, new: 20-32 weeks for engineered orders (100-500 kVA class benchmark). Warranty, used: 1-year typical from refurbishment dealers.

Lifecycle and maintenance

Modular UPS frames outlive their modules: cabinet, bus and static bypass run 15 years or more while the hot-swap power modules carry the fans and DC capacitors that wear. That moves the maintenance question from cabinet age to module hours and module count, since a 1,500 kW ABB DPA system holds 30 module-level fan and capacitor sets. Eaton's 93PM service life extension program replaces power modules, DC capacitors, static switch, fans and the communications board inside the existing shell in about 24 hours, resetting another 10 years. Ask whether that program has been run before pricing any 10-year-old modular frame.

Common failure points

• Power module population — A frame sold on nameplate ships with fewer modules than the rating implies
• Module fans and capacitors — Consumables sit inside each module, so wear scales with module count not cabinet count
• Battery strings — VRLA capacity fades below 80% of nameplate and takes the ride-through with it
• Missing filler plates — Open slots break the cooling path and signal careless handling
• Live Swap entitlement — A frame without the Live Swap label must be bypassed for any module work
• Controls obsolescence — Controller and display boards reach end of life ahead of the power train

Inspection checklist

Module count — count populated slots against the frame rating; Eaton lists a 4 kVA 9PXM power module at 4,377 USD Filler plates — Schneider's manual requires a module or filler plate in every slot on a 50 kW module bay Module consumables — fans and capacitors live inside each module; a 1,500 kW DPA system carries 30 such sets Live Swap label — verify the physical label; a Galaxy VS or VL without it must be bypassed, at 200 mm standoff Module part numbers — confirm interchange; Schneider GVPM50KD is 50 kW at 400/480 V and 25 kW at 208 V Battery age — sealed VRLA turns over at 3-5 years per Eaton lifecycle guidance; assume a full string past that Battery capacity — reject any string below 80% of nameplate capacity under IEEE 1188 practice Battery impedance — ohmic readings above 20% of the commissioning baseline condemn the cell DC bus capacitors — Eaton rates 7 years of continuous duty and up to 10 under favorable conditions Cooling fans — Vertiv field data gives 5-6 years or 40,000-50,000 hours of operation before replacement Static bypass — transfer to bypass and back under load 3 times; verify each module's own bypass path where fitted Parallel kit — verify the parallel hardware and unit count; these frames commonly parallel 4 to 8 ways Firmware — verify the controller revision and card slots; Eaton's 11-point guidance makes firmware access a condition Lifecycle stage — confirm OEM support status; Mitsubishi's 4-stage lifecycle table is the only dated public one Rigging — verify path and lift plan; an ABB DPA 250 S4 frame runs 345-667 kg once populated with modules

Procurement channels

New units through Schneider and APC distribution, with published list and street pricing at CDW, Insight and SHI. No secondary channel exists yet for the cabinet; the GVPM50KD module is the only VL-compatible part appearing in surplus inventory.

Regional notes

Sold under both the Schneider Electric and APC by Schneider Electric brands with identical product-range identifiers. UL builds carry UL 1778 fifth edition and CSA C22.2 No. 107.3-14; IEC builds cite IEC 62040-1, -2 and -3 with ICC-ES AC 156 seismic qualification.