Data center construction is accelerating at an unprecedented pace. In the United States alone, an estimated $400-450 billion will be spent building data centers this year. For engineering, procurement, and construction (EPC) companies, success hinges on decisions made long before equipment arrives.
As power demand surges and grids struggle to keep up, operators are increasingly turning to on-site power generation, battery energy storage systems (BESS) and other long-lead assets to fill the gaps. But before all that equipment spins up for the first time, there is a critical logistics challenge: getting the right assets to the right site, in the right sequence, at the right time.
For planners, getting it right means getting your logistics provider involved during the front-end engineering design (FEED) stage, well before the first orders are placed and the first trucks hit the road. Fail to do that, and you inevitably pay the price in the form of cost overruns and delays.
Why FEED is where logistics creates the most value
For EPCs managing data center builds, logistics can no longer be treated as a downstream execution detail. When routing, sourcing, and sequencing are considered during FEED, teams surface risk earlier. When decisions are made without logistics in mind, it can result in:
- Equipment that is oversized for available ports, routes, or the job site.
- Supplier selections that introduce hidden complexity, including congested ports, cross-border delays, or limited carrier capacity.
- Fragile schedules due to optimistic assumptions with little room for disruption.
- Costly late-stage mitigation, requiring expedited freight, unplanned workarounds, or overtime.
Logistics considerations introduced during FEED allow EPC companies and project owners to understand how logistics realities interact with design, sourcing, and construction strategy before choices are finalized.
- Risk is surfaced early, when changes are cheaper and alternatives are available.
- Early intelligence determines what can realistically move, when, where, and how.
- Route and port analysis avoids congestion and high-risk border crossings.
- Supplier selection accounts for transit risk, capacity availability, and total landed cost, not just unit price.
- Sequencing and staging strategies are shaped with real-world constraints in mind.
With a sophisticated logistics provider like C.H. Robinson in the room for complex decisions during FEED, EPC companies and their customers can make smart choices before freight starts moving and costs are incurred. Is a port or border crossing congested? We can help you choose another one. Does that choice make it harder to procure parts from one supplier? We can help you switch sourcing strategies. Does the nature of a site make it hard to deliver the hardware on time? Together, let’s rethink sequencing.
The result: smoother execution, achievable schedules, and budgets that hold up.
Using AI and item‑level control to de‑risk execution early
During FEED, planners can use artificial intelligence to pressure-test assumptions and identify potential bottlenecks and disruptions before they become embedded in execution. Once things start moving, item‑level visibility allows critical equipment such as solar panels, control systems, or the modular, solid-state transformers that are increasingly used in these builds, to be tracked down to the individual unit and tied directly to construction milestones.
This approach keeps focus on the critical path materials that truly threaten project timelines and allows project managers to quickly pivot when disruptions occur.
A broader lesson for large energy projects
The explosive growth of AI data centers and the accompanying energy needs clearly signal that energy infrastructure is entering a new phase defined by speed, complexity, and tighter integration between design, supply chains, and execution.
But the lesson extends well beyond data centers. Any large project benefits when logistics is an integral part of the FEED stage rather than an add-on service. By combining early engagement, logistics engineering, AI-enabled insights, and item-level visibility, EPC providers and their customers can reduce risk before it becomes embedded in the project, meaning the difference between reactive problem-solving and controlled, predictable project delivery.
From planning to execution, C.H. Robinson offers end-to-end logistics support that helps meet the growing demand for energy—for data centers and beyond. Connect with our experts.
