Construction.

The dividing line is the service point. On the line side, facilities are utility-owned and built to the National Electrical Safety Code (NESC); on the load side, everything is premises wiring under the National Electrical Code (NEC). The service point is typically at the meter, but its exact location is set by the serving utility — confirm it early, because it determines who specifies and owns each piece of equipment.

Site distribution past the service point — campus loops, pad-mounted transformers, switchgear, junction cabinets — is customer-owned and installed by the electrical contractor to the NEC. A campus system distributing at 13.8 kV and stepping down to 480 V at each building is a common arrangement.

When a contractor builds a line extension the utility will own and operate, it is built to the utility’s construction standards under the NESC.

Utility developer guides for underground distribution describe the pattern: the developer supplies trench, conduit, and foundations; the electrical scope then covers primary cable, pad-mounted transformers on single-phase box pads or three-phase flat and pre-cast pads, switching enclosures, secondary pedestals, and junction points.

The equipment Hawk sources for that scope: pad-mounted switchgear, three-phase pad-mount transformers, 200 A loadbreak and 600 A deadbreak elbow connectors at the dead-front equipment, cable terminations and splices on the primary runs, junction and sectionalizing cabinets, and grounding.

Dead-front pad-mounted equipment uses 200 A bushing wells and elbows as standard, with 600 A bushings for larger transformers and higher-current loops.

Yes. NEC Article 590 permits temporary electric power and lighting installations during the period of construction, remodeling, maintenance, repair, or demolition — and requires removal immediately on completion.

Medium-voltage temporary installations carry an additional guarding requirement: fencing, barriers, or other effective means limiting access to authorized and qualified personnel only.

On the jobsite itself, OSHA 29 CFR 1926 Subpart K (“Electrical”) sets installation safety requirements for the equipment providing electric power and light — temporary and permanent — plus the safety-related work practices around it.

Wood Mackenzie projected US supply deficits of 30% for power transformers and 10% for distribution transformers in 2025, with imports covering roughly 80% and 50% of those markets.

Average distribution-transformer lead times improved to roughly 30 weeks by mid-2025 — down from peaks over 100 weeks — but three-phase pad-mount availability is projected to tighten through 2026 and into 2027 on data-center, manufacturing, and electrification demand.

Contractor outlooks for 2026 report the same pressure: long lead times persisting on switchgear, transformers, and specialty equipment. Identify long-lead medium-voltage gear at design and order against the utility’s approved-equipment list as early as the schedule allows.

No. Equipment is configured and priced per project.

Send the equipment list, ratings, and quantities through Contact for a quote.