The artificial intelligence (AI) computing boom could see global data center capacity nearly double by 2030, putting a strain on the infrastructure already being pushed to the limit in terms not only of storage and processing power, but also in energy and water usage.

The more than 3,000 operational data centers in the U.S. have a historically low 1% vacancy rate. Of the more than 1,500 new data centers in the pipeline, 92% are preleased, with Construction Executive noting that most are being built by hyperscale technology companies racing to support AI-driven workloads and cloud services.

Consequently, data center construction timelines are under pressure with contractors reporting an average backlog closer to a year of work, according to The Wall Street Journal.

The good news is that insulated metal panels (IMPs) can help keep data center projects on time and under budget, thanks to faster installation, modular integration and reduced labor requirements.

The AI Buildout Problem: Demand is Outrunning Construction

The largest data center buildout in history is underway, and projects cannot be completed fast enough for clients serving AI-hungry applications.

AI workloads, from generative models to real-time analytics and autonomous systems, are driving a structural shift in how data centers are designed and deployed. According to DataCenters.com, this is not incremental growth. Hyperscalers, enterprises and infrastructure investors are racing to add capacity at a scale the industry has never seen.

The New York Times reports that the top AI companies are forecasted to spend $710 billion on data center infrastructure across North America in 2026. For hyperscalers, securing massive computing power as quickly as possible is essential to building AI models faster than the competition and serving the enterprise customers who rely on them. But not every project is moving forward smoothly. The Times notes that some 48 projects last year, valued at $156 billion, faced blocks or delays amid local opposition.

Data centers, however, cannot be built overnight and can take years to construct with thousands of workers needed. Deloitte reports there’s currently a seven-year wait on some requests for connection to the grid.

Why Traditional Construction Can’t Keep Pace

Traditional construction methods are struggling to keep up with surging data center demand, squeezed by supply chain bottlenecks, skilled labor shortages and other factors that can derail schedules.

Even in ideal conditions with trades and materials lined up, multi‑trade sequencing across structural, envelope, mechanical, electrical and commissioning work can slow projects and delay the point when new capacity starts generating revenue.

JLL 2026 Global Data Center Outlook notes that, despite developers preordering materials up to 24 months in advance, more than half of the data center projects in 2025 still experienced construction delays of three months or more. The report also finds that the average equipment lead time globally is now 33 weeks, a 50% increase from pre-2020 levels, forcing builders to rethink how they stage and deliver projects. In response, the industry is increasingly turning to modular construction approaches to help compress timelines and reduce onsite complexity.

Labor is another constraint. Wall Street Journal coverage of the current boom describes data centers as a “gold rush” for construction workers, with experienced tradespeople able to command six-figure pay packages and additional perks as demand spikes.

An Uptime Institute survey of data center equipment manufacturers, engineers and construction companies found that 52% reported on-site staffing shortages causing business disruptions, up from 43% the previous year

How IMPs Cut Through the Bottleneck

Insulated metal panels offer a direct answer to the timeline, labor and cost pressures slowing data center construction. By consolidating multiple building envelope functions into a single, factory-engineered component, IMPs fundamentally change how quickly a facility can be enclosed and made ready for interior buildout.

Here's how IMPs help data center developers compress schedules and control costs:

• Single-step envelope assembly: Traditional construction requires separate trades for structural sheathing, insulation, air barriers, vapor barriers and exterior cladding. IMPs integrate all of these functions into one panel, eliminating multi-trade sequencing and dramatically reducing the number of installation steps. A single IMP can cover up to roughly 140 square feet in one placement and Green Span Profiles’ MaxLine panel extends that to about 280 square feet per piece, with a 45‑inch coverage width and lengths from 8 to 75 feet, allowing large wall sections to be installed rapidly in the field.

• Prefabrication keeps work off the job site: IMPs are manufactured in controlled factory environments, ensuring consistent quality while shifting labor hours away from the job site. This prefabrication approach in some projects has reduced timelines by up to 50% compared to conventional building methods and because panels arrive ready to install, there is less material staging, less waste and fewer coordination delays.

• Smaller crews, fewer specialized trades: Because IMPs arrive as complete envelope units, installation can often be handled by smaller crews rather than multiple specialized trades working in sequence. That is a critical advantage in today’s tight labor market, where experienced data center tradespeople are commanding six‑figure pay packages; fewer people on the wall translates into lower labor costs and less congestion on busy sites, supporting safer, more predictable installation.

• Weather-resistant scheduling: IMPs act as exterior cladding, insulation and air/vapor control in a single pass, which shortens exposure to weather and allows installation through a broader range of conditions than multi‑layer systems that require multiple dry‑in steps. This flexibility helps protect project timelines from seasonal weather delays that frequently push data center completions past their original targets.

• Faster enclosure, earlier revenue: For capital‑intensive data centers, every week a facility sits unfinished is a week of lost revenue or delayed service capacity. By accelerating building enclosure, IMPs enable mechanical, electrical and commissioning work to begin sooner, compressing the overall path to operation so preleased capacity can start generating returns earlier.

More Than Speed: Built-In Performance Where It Counts

Faster construction timelines don't require compromises on building performance. IMPs deliver continuous insulation, with panel R-values ranging from the mid-teens for thinner panels up to the mid-R-40s for 6-inch walls, based on ASTM C518 testing. This can help cut heat gain into AI-intensive data halls and reduce cooling loads that often account for roughly 30 to 40 percent of a data center’s total energy consumption.

Green Span Profiles' Insulrock fire-rated panels provide fire ratings of up to three hours, a critical safeguard for facilities housing irreplaceable infrastructure. And because IMP surfaces are smooth, non-porous and easy to maintain, they support the clean, controlled environments that increasingly automated data centers demand.

In short, IMPs don't just get data centers built faster. They deliver facilities that perform better over a lifespan of 40+ years.

Build Faster and Save Costs with Green Span Profiles

When speed, cost control and long-term performance all matter, the building envelope is the place to start. Green Span Profiles is a leading American manufacturer of insulated metal panels engineered for the demands of modern data center construction.

Our team works with developers, contractors and design professionals from the planning phase through installation, ensuring your project takes full advantage of what IMP technology can deliver.

Contact Green Span Profiles today for a free consultation and discover how American-made IMPs can help you build the data center your clients need, on time and on budget.