The data center industry is entering another chapter of disruption: the supply chain tensions that began in the COVID era have only grown more acute, with concerns over tariffs now compounding the scarcity and cost pressures that already shape nearly every project timeline. In today’s landscape, core mechanical and electrical gear such as chillers, pumps, UPS systems, switchgear, transformers, and generators are increasingly out of reach, not just in price, but in time. Operators are forced to reckon with year-long or multi-year waits for mission-critical power infrastructure, while manufacturers watch a market flush with investment balk at new assembly costs few are willing or able to pay.
The New Reality: Lead Times and Cost Pressures
Power infrastructure presents the single greatest bottleneck in the data center supply chain. Lead times for UPS units, switchgear, and specialized transformers have grown up to four years in high-demand markets. In some regions, delays in securing new switchgear and core distribution equipment are holding up projects for a year or more, with downstream effects on financing, staffing, and market entry. Transformers, a cornerstone piece for both transmission and on-site distribution, are so scarce that the market has turned to imports, which now supply more than half of new utility transformer needs in the U.S.
These delays hit at every step:
- Transformers: Delivery times can now reach four years for medium and high voltage units, tripling since 2019.
- Switchgear: Lead times commonly stretch to 12–18 months, affecting the schedule of both greenfield and retrofit projects.
- Chillers: Lead times often 12+ months pending the size units required.
- Generators and UPS: Orders are routinely delayed into the following year, with some manufacturers unable to promise firm delivery dates at all.
- Raw Materials: Steel, copper, and control electronics present unpredictable delays, reducing manufacturers’ ability to scale production and meet surges in demand.
Tariffs Compound Industry Strain
As noted, power distribution equipment has become increasingly prevalent sourced from outside markets, a production balance the Trump Administration has been laser focused on correcting. Manufacturing-driven supply constraints have escalated sharply in 2025, as a new slate of tariffs targets data center electrical gear, cabling, and power distribution systems imported from major global suppliers, most notably China and Southeast Asia.
Much of this could have been avoided if more “Buy America” mentality had prevailed over the years, but even so, these tariffs were part of President Trump’s campaign platform during the last election cycle as well as in his last term in office, and as such should not come as a large surprise in the manufacturing world. Tariffs from 20% to over 45% are now levied on materials to produce server racks, switchgear, fiber cabling, and even the cooling systems essential for the latest high-density deployments. For manufacturers, the cost of assembling new electrical gear for hyperscale and regional data centers simply becomes uneconomical—even an industry flush with investments would not purchase them.
The result is strategic paralysis for many operators: projects deferred, bids withdrawn, and expansion plans scaled back, particularly among data center providers that rely on conventional procurement models and greenfield builds. Even second-tier markets, which once promised relief from power sourcing challenges now see cost and schedule inflation that threatens both competitive edge and client relationships.
Why Adaptive Reuse Is the Only Viable Shortcut
While most of the industry remains mired in supply chain gridlock, TECfusions’ adaptive reuse strategy not only enables the firm to sidestep these delays, but also grants access to inventories and component stores that would otherwise be forgotten or shelved. Instead of waiting years for new transformers and switchgear, or paying premiums that make a project nonviable, TECfusions hunts for opportunities in existing industrial and commercial facilities, focusing on sites with power infrastructure and cooling assets already installed.
Our approach to site reuse offers compelling benefits for the tenants we host:
Accelerated timelines: By leveraging and reconfiguring in-place power distribution units and cooling gear, TECfusions delivers AI-ready data center capacity in as little as six months—sites like Clarksville, VA and Tucson, AZ are proof points, with fast-to-market phased deployments already in operation.
Cost control: Access to legacy stores and shelved equipment allows the company to bypass both tariffs and the worst of present-day scarcity, trading procurement for reconfiguration and creative design that is less capital-intensive.
Sustainability and creativity: Far from a compromise, these constraints demand innovative new layouts, controls, and retrofits that make full use of available assets; every project is a case study in designing within limits to achieve state-of-the-art results.
Not every operator has the creativity, skillset, or the courage to take a shuttered building and reimagine it as a colossal AI deployment, which sets TECfusions in a class of our own as we navigate the current market challenges.
Working Within Constraints
TECfusions’ commitment to adaptive reuse does not mean settling for second-best. By actively seeking facilities with robust, if underutilized, electrical systems, the team is able to implement high-density rack layouts, deploy advanced cooling for AI loads, and commission phased expansions with far less delay than sites dependent on new-build procurement cycles. In Clarksville, for example, an industrial site formerly written off was transformed within months, delivering 24 MW of capacity in under six months and expanding by 13 MW the following year. The process involved relocating, disconnecting, and tying back power distribution and cooling units on a schedule that defied the typical 36-month timeline associated with greenfield construction.
Innovation Is Born From Scarcity
The challenges facing the data center industry, including power supply, lead time shocks, and tariff surges, will persist and likely intensify in the years ahead. TECfusions’ approach demonstrates that the deepest bottlenecks often produce the most creative solutions. In an era defined by constraint, our adaptive reuse blueprint is not merely efficient—it is the only reliable path for delivering next-generation infrastructure. Projects that once seemed impossible due to pricing, scheduling, or grid complexity are suddenly viable, transforming industry expectations about what is possible given the supply chain reality we are all facing.
