Why Fleet Management Matters More in a Data Center-Driven Market 

Enterprise equipment teams are watching their backlogs change in real time. Classic office, retail, and even some industrial work is slowing, while data centers, grid upgrades, substations, and on-site power are driving the biggest, fastest-moving projects on the board. Industry forecasts now point to data center spending growing roughly 33% this year and another ~20% next year, which makes data centers one of the hottest corners of construction.  

At the same time, analysts report that data center systems are the fastest-growing segment of IT, with spending on data center systems expected to jump nearly 47% this year and another 19% next year. U.S. data center construction alone hit a record $40 billion annualized in June 2025—up 30% year over year after a 50% surge the year before.  

For public and heavy civil contractors, this has become the “safe harbor” as housing, office, and warehouse work wobble. Recent outlooks note that overall commercial construction has softened, while data centers and energy infrastructure have surged, with infrastructure work helping prop up totals despite weakness in office, retail, and manufacturing.  

That shift isn’t just about winning different bids. It fundamentally changes how you structure your fleet, how you drive utilization, and how you approach maintenance.  

Why the data center and power boom is different  

Data centers and power projects create a very particular demand profile:  

• Power- and MEP-heavy (Mechanical, Electrical, and Plumbing): Massive electrical rooms, switchgear yards, substations, cooling systems, and cable runs dominate the scope.  
• Tight commissioning windows: Most of the schedule risk and liquidated damages sit in start-up and cutover phases where uptime is non-negotiable.  
• High duty cycles: Equipment for earthwork, foundations, and power installation often runs multiple shifts to hit energization dates.  

On top of that, utilities and hyperscalers are racing to keep up with AI-driven power demand. Several forecasts show data center power demand growing much faster than in the last cycle, with AI workloads driving a disproportionate share of that growth.  

For an enterprise equipment division, this means your old fleet plan—optimized around tilt-up warehouses, offices, and light civil work—can leave you mismatched and exposed.  

How your fleet mix needs to change  

Data center and power projects pull harder on some asset classes and barely touch others. A modern fleet management strategy needs to reflect that.  

1. Heavier lifting and tighter sites

You’ll see more demand for:  

• High-capacity cranes, rough-terrain cranes, and heavy forklifts for setting generators, transformers, and prefabricated modules.  
• Specialized rigging gear and transport equipment for oversized loads.  

On constrained tech campuses, this also means compact lifting gear and articulated boom lifts that can work around dense steel and MEP.  

2. Power and grid-focused assets

As more work shifts to substations, grid expansions, and on-site generation:  

• Underground equipment (trenchers, cable plows, vacuum excavators) becomes core fleet, not a specialty afterthought.  
• Concrete and foundations assets see heavier use for equipment pads, vaults, and heavy-duty yard slabs.  
• Transmission and distribution support—bucket trucks, tensioners, pullers—becomes more strategic where you self-perform.  

3. Temporary generation and cooling

Hyperscale campuses and grid-constrained regions increasingly rely on:  

• Temporary diesel or gas generation for construction power and early commissioning.  
• Large chillers and temporary cooling to support early IT load or phased turnover.  

These assets often fall into the grey zone between ‘equipment’ and ‘MEP systems,’ making control and billing tricky without the right construction equipment management software.  

Fleet takeaway: Reclassify your fleet around power and data-center-centric work: what assets are now “core,” what shifts to external rentals, and where do you need new capabilities entirely?  

Rethinking utilization: from steady-state to surge cycles  

Data center and power programs often come in big, lumpy waves—multi-year campuses, regional substation programs, or utility framework agreements. That demands a more dynamic approach to fleet utilization.  

Segment your fleet into “base” and “surge”  

Use your fleet management data to break assets into:  

• Base fleet: Always utilized across projects (e.g., earthmoving, common access equipment). These justify ownership and long-term optimization of total cost of ownership (TCO).  
• Surge assets: Only fully utilized during specific program phases (e.g., extra cranes for equipment set, high-volume temp power gear, specialty underground equipment).  

For surge assets, you should:  

• Lean more heavily on re-rentals to avoid carrying underutilized iron between programs.  
• Set clear fleet utilization thresholds and maximum capital exposure for each category—when owned hours fall below target, external rentals become the default.  
• Use backlog and bid data to model when those surge windows open and close, rather than reacting once a project is already behind.  

Move from “calendar utilization” to “program utilization”  

On data center and power work, an asset might sit idle for two weeks, then run 20 hours a day for a month. A modern construction equipment management software platform lets you:  

• Track equipment utilization by project phase, not just monthly averages.  
• Align rental start/stop dates with commissioning milestones rather than broad project dates.  
• Flag underused owned assets that could be redeployed, rented externally, or divested.  

Utilization takeaway: Treat data center and power programs as utilization “surges” you plan for explicitly, instead of assuming steady, year-round usage.  

Maintenance strategy for high-criticality equipment  

Data center and power jobs compress risk into a few critical windows—cutovers, energizations, and milestone turnover dates. If a crane, generator, or bucket truck fails then, it’s not just downtime; it’s liquidated damages, missed SLAs (Service Level Agreements), and reputational damage.  

Shift to risk-based, hour-driven maintenance  

For equipment that lives on these projects:  

• Base PMs on engine hours and load profiles, not just calendar days.  
• Use telematics feeds into your equipment management system to auto-trigger work orders and parts planning.  
• Scale inspection rigor up ahead of critical milestones—e.g., additional inspections before major lifts or energization dates.  

Treat generators and temporary power as first-class fleet citizens  

Temporary power and backup generation need:  

• Accurate run-hour tracking for maintenance, fuel, and warranty compliance.  
• Condition monitoring (oil pressure, temperatures, load) where telematics is available.  
• Clear ownership of who maintains what: your internal shop, an OEM (Original Equipment Manufacturer), or the rental house.  

Without this level of control, ‘temporary’ equipment can quickly become the highest-risk part of the job.  

Maintenance takeaway: In a data center and power world, maintenance is a project-critical function, not a back-of-house cost center.  

Data, billing, and controls: the backbone of the new fleet strategy  

As the mix shifts, so do the economics. Executives need clean visibility into equipment ROI on these high-value programs.  

Get your job cost and coding structure right  

If you want to answer “Are data centers more profitable than warehouses for our equipment division?” you need:  

• Standard cost codes that separate data centers, power, and traditional vertical work.  
• Clear mapping between job cost, internal equipment charges, and external rentals.  
• Analytics that surface true lifecycle cost and margin by asset category and market type.  

Modernize billing for power-intensive work  

Data center and power jobs introduce new billing complexity:  

• Standby charges for mission-critical assets.  
• Billing based on run hours, kW (kilowatt), or kVA (kilovolt-ampere), not just days or months.  
• Cross-charges between internal divisions (equipment, power services, civil) with different rate structures.  

You need billing automation to ensure accuracy without drowning the team in spreadsheets. The right workflows let you build rate tables once, then apply them consistently across projects and regions.  

What leading enterprise fleets are doing now  

Across large contractors, a common playbook is emerging:  

• Align fleet planning with your data center and power pipeline – tie capital plans directly to awarded and likely programs, not generic growth assumptions.  
• Define clear own vs. rent rules by asset category – especially for cranes, temp power, and specialty underground equipment.  
• Instrument high-value assets with telematics – feeding real-time utilization and health data into your fleet management system.  
• Tighten inspection and PM workflows – digital inspections, automated PM scheduling, and maintenance history at the asset level.  
• Standardize utilization and ROI reporting – by asset, project type, region, and customer segment.  
• Use software as the integration layer – systems like RentalResult give enterprise contractors a single place to manage fleet utilization, maintenance, job costing, and billing across all these new work types.  

The data center and power boom is reshaping the industry whether you chase it or not. For fleets that treat equipment as a business within the business, it’s a chance to reposition around higher-value work, better utilization, and stronger ROI. For fleets that don’t adapt, it’s an easy way to wind up with the wrong iron in the yard and the right iron on backorder.  

Explore how leading contractors are using construction equipment management software and smarter fleet management practices to ride the data center and power wave instead of getting swamped by it.