Full power scope for AI campuses.
Hyperscale, colocation or enterprise — one engineered scope from the utility incomer to the last PDU, with uptime math to back every rating.
Six areas, one accountable partner.
Grid Connection & Primary Substations
10–120 MVA power transformers stepping utility voltage down to your medium-voltage ring — with impedance matched to fault levels.
- Up to 170 kV class
- OLTC for voltage regulation
- Fault-level coordination
Hall Distribution
500–5000 kVA units feeding UPS halls, busbar and PDUs — K-factor rated for GPU harmonic spectra.
- K-13 / K-20 windings
- Low-noise dry-type options
- Busbar-ready LV terminals
AI Load Engineering
We model inrush, harmonics and step-loads of your GPU clusters so the transformer never becomes the bottleneck.
- Load-profile sizing
- Harmonic analysis
- Overload headroom 20–30%
Efficiency & PUE Optimization
Amorphous-core and low-loss designs that shave real MWh off 24/7 operation — with capitalized-loss comparisons.
- ≤ 0.6% total losses
- Total-owning-cost quotes
- Temperature-rise guarantees
Uptime & Redundancy Design
Failure-mode planning per hall: what happens when one unit trips, and how fast the spare picks up.
- N+1 / 2N layouts
- Parallel-operation setup
- Protection coordination
Fast-Track Delivery & Commissioning
Reserved factory slots, export packing and supervised installation — energized in 8–12 weeks on standard ratings.
- FAT with full protocol
- Site supervision
- SAT & energizing support
From first call to energized hall.
Site & load intake
We review your single-line diagram, IT MW per hall and PUE target — on a call or on site with your EPC.
Rating & redundancy proposal
You get a rated proposal: MVA, impedance, cooling, losses and redundancy layout — priced with lead time.
Build, test & witness
Manufacturing with stage photos, then FAT you can attend in person or remotely with live test data.
Deliver & energize
Transport, installation supervision and step-by-step energizing until the hall runs on the new units.
Tell us your MW — we handle the rest.
A 30-minute scoping call is enough to map grid connection, hall distribution and redundancy for a first proposal.
Bring your EPC if you like — we speak single-line diagrams, fault levels and test protocols fluently.