Data center developers, industrial manufacturers and independent power producers are all racing against the same constraint: the grid. Pike self-performs the full interconnection path — transmission, substations and medium voltage delivery — under one contract and one point of accountability.
For general contractors and owners’ teams, that means fewer subcontractors on the critical path and one team accountable for the schedule.
Turnkey greenfield, brownfield and expansion substations supporting large load and generation interconnection, performed through both energized and de-energized construction methods to minimize disruption while meeting accelerated timelines.
Transmission line construction and generation tie-in work up to 500 kV, including both energized and de-energized methods, delivering the high-capacity backbone infrastructure that connects data centers, industrial facilities and power generation assets to the grid.
Medium voltage feeders and switchgear from the substation to the customer’s point of service — data center server hall, industrial switchgear or generation point of interconnection — including duct bank and cable installation, switchgear setting and termination, and protective relay coordination.
Turnkey BESS delivery from 2 MW to 200+ MW, including PCS and battery tie-ins, low voltage control house and battery connection work, and integration with new or existing substations — supporting on-site resiliency and peak shaving for data center and industrial customers, and utility-scale storage assets for independent power producers.
Earthwork and grading at campus scale — clearing, grubbing and graded or rocked pad construction — paired with access road paving, landscaping and matting systems for soft-ground site conditions. Drainage, erosion and sediment control, stormwater management and environmental permitting keep sites compliant and construction-ready from day one.
In-house engineering across substation, transmission and distribution — routing studies, structural design, foundation analysis and permitting support — paired with interconnection and system impact studies, phasor load modeling and formal utility data packages to move projects from application through utility approval. Delivered by the same team responsible for construction, so designs are buildable and field-ready from day one.
Long-lead equipment sourcing, expediting and vendor qualification for transformers, switchgear and breakers, paired with field validation and commissioning — protecting schedule against the single biggest risk on large power delivery projects.
Dedicated project controls, scheduling and cost management — including phased-energization roadmaps — to maintain visibility across scope, milestones and budget, keeping accelerated timelines on track from notice to proceed through energization.
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