High-voltage electrical cabinets at a commissioned Bullet EV site
Data centers

End-to-end data center development.

We design, procure infrastructure for, and construct high-performance data centers for enterprise, AI and colocation environments — from site selection through commissioning.

Turnkey design and build

One partner from site feasibility through commissioning, instead of stitching together an engineer, a procurement agent and three trades.

Power infrastructure specialists

A modern data center is fundamentally a power project. That is the part we self-perform, including utility interface and medium-voltage work.

High-density compute ready

Electrical and cooling architecture engineered for GPU clusters and modern compute density, not yesterday’s rack loads.

Commissioning and readiness

Every critical system goes through rigorous testing before go-live, so the facility enters service safely and predictably.

The thesis

A data center is a power project wearing a server rack.

Modern facilities live or die on electrical systems capable of supporting massive, volatile loads. That is the discipline we came up in — the same utility interface, switchgear and medium-voltage work behind 418+ Tesla Supercharger posts.

  • High-capacity power distribution
  • Substation integration
  • Redundant electrical architecture
  • Utility coordination and interconnection
  • Backup power systems
  • Energy efficiency optimization
Voltage Medium- and high-voltage construction, including utility interface and switchgear
Bonding Payment and performance bonding in place; single-project and aggregate limits on request
Certification EVITP-certified electricians and an OSHA-certified field workforce
Public sector Airport and government project experience under public procurement rules
Full lifecycle

Design, procure, build.

Three phases, one contract. Facilities that support modern AI, cloud and enterprise workloads, taken from feasibility through to a commissioned building.

01

Design

Feasibility first, so the constraints surface before the budget does.

  • Site feasibility studies
  • Power availability analysis
  • Electrical architecture design
  • Cooling system design
  • Rack density planning
  • Redundancy architecture
02

Procurement

Vendor-neutral sourcing. We specify what the facility needs, not what we happen to carry.

  • Transformers and switchgear
  • UPS systems
  • Backup generators
  • Chillers and liquid cooling
  • Server racks and containment
  • Power distribution equipment
03

Construction

Self-performed electrical, with the mechanical and structured work managed alongside it.

  • Electrical infrastructure installation
  • Mechanical and cooling installation
  • Generator installation
  • Power distribution systems
  • Rack deployment
  • Structured cabling
Why Bullet

What one integrated partner changes.

  • One integrated partner from engineering through commissioning
  • Deep power infrastructure expertise, self-performed rather than brokered
  • Vendor-neutral sourcing across transformers, UPS, generators and cooling
  • Infrastructure engineered for GPU clusters and modern compute density
  • Faster delivery because design, procurement and construction sit together
  • Scalable architecture designed for the load you will have, not just today’s

Schedule a consultation

Tell us about the facility: the load you are planning for, the site, and the schedule you are held to. We will tell you plainly whether we are the right contractor for it.

1 Who is this for?

2 About the property

3 How can we reach you?

Outside the US, include your country code — for example +351.

Free · No obligation · Typically a reply within one business day

Have a facility with a power problem?

Send us the one-line and the schedule. We will come back with an honest read on feasibility, sequencing and where the risk sits.