Standard Equipment · A Standard Company
Transformers, switchgear, and substations built on our own high-silicon steel, with the SPC Local Controller and EMS wired in at the factory. The equipment that decides when a data center comes online.
The one-line
Every box on a data center's single-line diagram between the utility and the load, plus the controls that run them. We build all of it, so nothing waits on a second vendor.
The lineup
Grid to campus
Main power transformers that step transmission voltage down to the campus distribution bus. Cores are stacked from our own strip-cast, high-silicon electrical steel.
Protect & distribute
Metal-clad, arc-resistant lineups with vacuum breakers and copper bus. The campus ring bus that isolates faults without taking down a hall.
MV to the hall
Close-coupled transformer and distribution sections that bring medium voltage down to the voltage your UPS and racks run on.
Feed the white space
Switchboards that feed UPS modules, busway, and cooling. Metered per circuit so every kilowatt is visible to Standard Power.
Ship it energized-ready
Switchgear, switchboards, and controls integrated in a steel enclosure and factory-tested before it ships. Set it, terminate it, energize it.
Run it from day one
The same Local Controller that runs every Standard Power battery, mounted in a controls cabinet and wired to every relay, breaker, and meter we ship. The on-site EMS reads the whole one-line in real time, keeps control decisions local if the uplink drops, and hands the site to Standard Power ready to dispatch.
The metals inside
A transformer's efficiency is set by its core. Standard Materials strip-casts electrical steel on twin-roll lines: molten steel solidifies between two water-cooled rolls into sheet close to its final thickness, skipping most of the conventional rolling train. That lets us run silicon levels conventional mills can't roll, and the higher silicon means lower core losses.
How Standard Materials makes it
| Metal | Used in | Why |
|---|---|---|
| Strip-cast high-silicon electrical steelStandard Materials | Transformer and reactor cores | Cast on twin-roll lines close to final gauge, so it can carry more silicon than conventionally rolled steel tolerates. More silicon raises electrical resistivity, which cuts eddy-current and core losses in every transformer we build. |
| CopperQualified domestic mills | Windings, bus bars, and ground bus | High-conductivity copper for transformer windings and switchgear bus, where current density and short-circuit strength matter most. |
| AluminumQualified domestic mills | LV windings and busway | Used where weight and cost matter more than footprint, such as low-voltage windings and long busway runs. |
| Structural & stainless steelStandard Materials | Tanks, enclosures, and e-house frames | Transformer tanks, switchgear enclosures, and skid frames, fabricated alongside the cores so the whole unit comes out of one shop. |
Share your single-line diagram, load, and target energization date.
We engineer the package and start cores from our own steel.
Every unit is tested at the factory before it ships.
Delivered to site, terminated, and handed to Standard Power to energize.