Market
Data Centers
Mission-critical power analysis, redundancy modeling, and Tier-aligned engineering for hyperscale and edge facilities.
Overview
Data center power doesn’t fail gracefully. It either holds or it doesn’t. We engineer the full electrical infrastructure (utility entrance through UPS through PDU) for N+1, 2N, and 2(N+1) facilities, and produce the documentation that Uptime Institute certification, commissioning agents, and insurance underwriters expect.
What makes this market different
Sector-specific challenges
Concurrent maintainability
Every component must be serviceable without dropping IT load. We verify it across every failure and maintenance mode before construction.
IT growth vs nameplate
Sizing to nameplate IT load overbuilds the facility; sizing to current IT load underbuilds it for year-three growth. We model both curves.
Duct bank ampacity
Underground utility feeds are thermally derated by concrete encasement and adjacent circuits. CYMCAP studies confirm real-world ampacity.
Battery and runtime sizing
UPS battery sizing per IEEE 485 with proper aging factor avoids the 4 a.m. surprise that the strings don’t hold.
Representative work
Recent projects
Ohio
Turner Construction: Data Center Power Analysis
Power demand analysis and critical-power study package for a multi-megawatt data center build.
Multi-state
JW Didado / JE Dunn: Duct Bank Heat Calculations
CYMCAP cable ampacity calculations for substation-grade duct banks.
Why TPS
What you get with TPS on a data centers project
Tier III and Tier IV documentation experience
Direct relationships with GCs running hyperscale builds (Turner, JE Dunn)
CYMCAP-based duct bank engineering in-house
Studies and design under one PE, with no hand-offs between firms
Have a data centers project on your desk?
We respond to every inquiry within one business day with a scoped proposal, a real timeline, and the engineer who will run the work.