The Twin Cities are one of the most established enterprise data center markets in the upper Midwest, anchored by one of the densest concentrations of Fortune 500 headquarters in the country. For years that enterprise base defined the market. Now Minnesota is trying to add a second chapter: a wave of hyperscale AI campuses, led by Meta in Rosemount. But that wave keeps stalling, tangled in permitting, shell companies, and a legislature that just repealed the industry’s tax break. Here is the 2026 picture of a mature market on the cusp of a transformation it has not fully embraced, and what that means for the equipment that eventually retires.
TL;DR
Minneapolis-St. Paul is a mature enterprise and interconnection market with significant but stalling hyperscale ambition. The metro-level essentials:
- The Twin Cities are an established enterprise market. The metro hosts on the order of 57 data centers across dozens of providers, built on a deep Fortune 500 headquarters base, strong fiber, and a robust IT workforce, a solid, connectivity-focused enterprise and colocation market.
- Hyperscale ambition is large but stalled. At least 13 hyperscale campuses have been proposed statewide, mostly around the Twin Cities, but only Meta’s Rosemount facility is actually under construction. The rest are suspended, stuck in permitting, or buried in shell companies.
- Water is a genuine advantage. Unlike the arid western markets, Minnesota has an abundance of fresh water for cooling, a real differentiator for water-intensive hyperscale and AI facilities.
- The tax picture just shifted. Minnesota was an early mover with data center sales-tax exemptions (since 2011, extended to 2077), but in 2025 the legislature repealed the separate electricity tax exemption, cooling some hyperscale enthusiasm.
- The urban and rural markets are distinct. Downtown Minneapolis and St. Paul host smaller urban-core colocation and interconnection (typically 5 to 25 MW facilities), while the giant hyperscale campuses target rural exurbs like Rosemount and Farmington.
The metro-specific angle for infrastructure operators: the Twin Cities combine a deep, mature enterprise installed base (generating a steady, ongoing retirement stream today) with an incoming, if uneven, hyperscale build-out (setting up a future retirement wave). That dual profile, established enterprise refreshes now plus AI-era hyperscale retirement later, makes disposition relevant both in the present and on the horizon.
Why the Twin Cities Became a Data Center Market
The Minneapolis-St. Paul market was built on corporate demand, and its foundations are the reasons a surprising number of major companies call Minnesota home.
The Fortune 500 Enterprise Base
The Twin Cities’ data center market grew from one of the densest concentrations of large-company headquarters in the country. Minnesota is home to an outsized number of Fortune 500 companies (Target, UnitedHealth, 3M, Best Buy, U.S. Bancorp, General Mills, and many more), and that corporate density created sustained demand for enterprise data center capacity, disaster recovery, and colocation. The market developed to serve those headquarters and the broader regional economy, giving it a stable, enterprise-anchored character rather than a speculative one. That Fortune 500 base remains the market’s foundation.
The Connectivity and Workforce Advantage
Layered on the corporate base is solid infrastructure. The metro has strong fiber connectivity, anchored by carrier hotels like the Cologix Minnesota Technology Center (described as the most connected building in the state, with dense cloud on-ramps and hundreds of networks), and a strong, educated IT workforce drawn from the region’s universities and its corporate technology sector. That combination of connectivity and talent made the Twin Cities a natural interconnection and enterprise hub for the upper Midwest, with low latency to markets across the US and into Canada.
The Water and Climate Advantage
Minnesota offers something the fast-growing western and southern markets increasingly lack: abundant fresh water. Water is often used to cool servers, and Minnesota’s plentiful freshwater supply is a genuine advantage for water-intensive hyperscale and AI facilities, particularly as water stress becomes a limiting factor in arid markets like Phoenix and the Mountain West. The northern climate also offers cooler temperatures that aid efficient cooling for part of the year. Together, water and climate make Minnesota physically well-suited to host the large, cooling-intensive campuses the AI era demands.
The Early Tax-Incentive Advantage
Minnesota was an early mover on incentives, offering data center sales-tax exemptions since 2011, covering computers, software, networking, and cooling infrastructure for qualifying projects, and recently extending some exemptions all the way to 2077. That early and long-lived incentive helped establish the market. As discussed below, however, the state’s 2025 repeal of a separate electricity tax exemption complicated that picture just as the hyperscale wave arrived.
The Twin Cities Submarkets
The market divides cleanly between the urban interconnection core and the rural hyperscale frontier, a distinction central to understanding it.
| Submarket | Profile |
|---|---|
| Downtown Minneapolis | Urban-core colocation and interconnection, with facilities in buildings like 250 Marquette and enterprise capacity, typically running 5 to 25 MW, playing a modest role in downtown revitalization |
| St. Paul and the east metro | Interconnection and enterprise colocation, including carrier hotels and purpose-built facilities (IronGate’s bunker-style St. Paul data centers, DataBank’s Eagan campus with dense fiber and meet-me-rooms) |
| Eagan and the inner suburbs | A key colocation and interconnection cluster, with multi-tenant facilities leveraging dense fiber and carrier access serving the enterprise base |
| Rosemount, Farmington, and the exurbs (hyperscale frontier) | The large-scale hyperscale target zone, home to Meta’s Rosemount campus (the only hyperscale facility actually under construction) and proposed giant projects like Farmington Technology Park, on flat land with highway and water access |
| Greater Minnesota (Hermantown, Pine Island, and beyond) | Additional proposed hyperscale sites across the state, most still in early or stalled stages |
The pattern is a clear split. The urban core (downtown Minneapolis, St. Paul, Eagan) is the established interconnection and enterprise market, built around connectivity and the Fortune 500 base, with facilities in the 5-to-25 MW range. The rural exurbs (Rosemount, Farmington, and beyond) are the hyperscale frontier, where the giant AI campuses are proposed on flat, water-adjacent land. Understanding the Twin Cities means recognizing that these are almost two different markets sharing a metro.
The Hyperscale Wave That Keeps Stalling
The defining tension in the 2026 Twin Cities market is the gap between enormous hyperscale ambition and limited hyperscale reality. This is what makes the market distinctive right now.
The Ambition
Minnesota has become a significant target for hyperscale development. At least 13 hyperscale data centers have been proposed across the state, most clustered around the Twin Cities, reflecting the national AI-driven boom and Minnesota’s genuine advantages in water, fiber, workforce, and corporate demand. The Federal Reserve Bank of Minneapolis notes Minnesota has the most proposed hyperscale activity of the Ninth District states. On paper, the Twin Cities look poised for a major hyperscale expansion.
The Reality
The reality is far more limited. Of those 13-plus proposals, only Meta’s Rosemount facility, an 800-million-dollar, roughly 715,000-square-foot campus on a 280-acre site scheduled to open in 2026, is actually under construction. The rest have been suspended, tangled in permitting, or buried in a pile of shell companies. Some developers have pulled back: one Twin Cities firm deprioritized large-scale projects, citing Minnesota’s competitiveness relative to other states for attracting and permitting data centers. In the language of real estate, few projects are ever declared dead, and the pullbacks could reverse, but as of 2026 the wave is more proposal than construction.
Why It Stalls
Several factors explain the gap. Permitting and environmental review are lengthy, and community concern about the size, water use, and grid impact of hyperscale campuses has produced local resistance, with some cities enacting temporary moratoriums to assess impacts. Grid capacity and the cost of serving very large loads are live concerns, and utilities are updating long-term plans to manage the demand. And crucially, the 2025 legislative repeal of the electricity tax exemption (discussed next) reduced Minnesota’s competitiveness against states offering richer incentives, at exactly the moment operators were choosing where to build. The result is a market whose hyperscale future is real but arriving slowly and unevenly.
The Tax and Regulatory Shift
Minnesota’s policy posture toward data centers changed meaningfully in 2025, and it matters for the market’s trajectory.
For years Minnesota was an incentive leader, offering sales-tax exemptions on data center equipment since 2011 and extending some of those exemptions to 2077, a long runway that signaled commitment to the industry. But in the 2025 legislative session, as part of a budget deal, lawmakers passed a standalone data center bill that repealed a separate electricity tax exemption for data centers. Because power is one of the largest ongoing costs for a hyperscale facility, removing the electricity exemption raised the effective cost of operating in Minnesota and cooled some developer enthusiasm, contributing to the pullbacks and stalls.
At the same time, Minnesota is working to protect ratepayers from the cost of serving very large loads. State regulators are defining a very large customer category (with utilities recommending the threshold begin around 100 MW) and working to ensure that the costs attributable to those very large users do not burden other customers. This ratepayer-protection effort mirrors similar moves in Georgia, Ohio, and elsewhere, and it adds a layer of regulatory complexity for the largest projects. The net effect is a state recalibrating its relationship with the industry, still welcoming, particularly for the enterprise market and for water-advantaged hyperscale, but no longer offering the frictionless incentive environment of the early 2010s.
Who’s Building in the Twin Cities
The operator mix reflects the market’s enterprise-and-interconnection core, with hyperscale layered on top:
| Category | Operators Active in the Twin Cities |
|---|---|
| Interconnection / colocation | Cologix (the Minnesota Technology Center, the state’s most connected building), DataBank (the Eagan campus), IronGate Data Centers (multiple St. Paul facilities), H5 Data Centers, Flexential, and other multi-tenant providers |
| Enterprise / corporate | The Fortune 500 headquarters and large enterprises operating owned or colocated capacity, including downtown expansions by major corporate tenants |
| Hyperscale | Meta (the Rosemount campus, the market’s only under-construction hyperscale facility), with numerous other hyperscale developers holding proposed but stalled projects |
The demand mix is led by enterprise and colocation, reflecting the Fortune 500 base and the interconnection role, with hyperscale AI and cloud as the growth layer, currently more proposed than realized. This is a market whose established strength is enterprise and connectivity, now working to add hyperscale scale.
What the Twin Cities Market Means for Infrastructure Retirement
The Twin Cities present a dual retirement profile, reflecting the market’s split character: a mature enterprise base generating retirement today, and an incoming hyperscale layer setting up a future wave.
The Mature Enterprise Retirement Stream
The established, Fortune 500-anchored enterprise and colocation market has operated for many years, and its deep installed base of enterprise servers, storage, and networking equipment cycles through regular refreshes. That generates a steady, ongoing retirement stream today, of the kind of enterprise hardware that carries meaningful data-sensitivity (given the finance, healthcare, and retail giants headquartered here) and real recovery value. This is a present-day disposition need, not a future one, and it rewards certified data destruction and informed asset recovery suited to enterprise and Fortune 500 data-handling standards.
The Incoming Hyperscale Wave
Layered on that is the future. As Meta’s Rosemount campus comes online and, over time, more of the stalled hyperscale proposals potentially move forward, the Twin Cities will add a hyperscale installed base full of high-density AI and cloud hardware. That hardware refreshes on a compressed three-to-four-year cycle, meaning the hyperscale capacity being built now sets up a future retirement wave of high-value GPU and AI equipment in the late 2020s and beyond, similar to the future-wave dynamic in Atlanta and Columbus, though arriving more slowly here given the stalls.
The Enterprise Data-Sensitivity Bar
The Twin Cities’ concentration of finance, healthcare, insurance, and retail headquarters means a meaningful share of retiring equipment, both enterprise and eventually hyperscale, carries elevated data-handling and compliance requirements. Certified sanitization, documented chain-of-custody, and audit-ready disposition matter to the regulated industries that anchor this market.
The metro-specific implications, applied to the Twin Cities’ dual character:
- Retirement is happening now and coming later. The mature enterprise base generates ongoing retirement today, while the incoming hyperscale layer sets up a future high-value wave.
- Data sensitivity is high. The Fortune 500 concentration in regulated industries raises the compliance bar for disposition.
- Recovery value spans both layers. Enterprise hardware today and high-density AI hardware tomorrow both reward informed asset recovery over default disposal.
The Twin Cities are a market in transition, established in enterprise, emerging in hyperscale, and disposition is relevant across both timeframes: the ongoing refresh of a deep enterprise base now, and the future retirement of the AI-era capacity being built at the rural frontier.
Frequently Asked Questions
How big is the Minneapolis-St. Paul data center market?
The Twin Cities are a mature, mid-sized US data center market, hosting on the order of 57 data centers across dozens of providers, with several more under construction. It is primarily an enterprise and interconnection market, built on one of the densest concentrations of Fortune 500 headquarters in the country, strong fiber, and a robust IT workforce. Beyond the established urban-core market, Minnesota has significant hyperscale ambition, with at least 13 hyperscale campuses proposed statewide (mostly around the Twin Cities), though only Meta’s Rosemount facility is currently under construction. The market’s established strength is enterprise and connectivity, with hyperscale as an emerging, if uneven, growth layer.
Why are data centers built in the Twin Cities?
The Twin Cities market was built on corporate demand from one of the densest concentrations of Fortune 500 headquarters in the country (companies like Target, UnitedHealth, 3M, and Best Buy), which created sustained demand for enterprise data center and colocation capacity. Layered on that are strong fiber connectivity anchored by carrier hotels like the Cologix Minnesota Technology Center, a skilled IT workforce, and an abundance of fresh water for cooling, a genuine advantage over arid markets. Minnesota was also an early incentive mover, offering data center sales-tax exemptions since 2011 and extending some to 2077. Together these make the Twin Cities a solid enterprise market and an increasingly considered hyperscale location.
Why is Meta building in Rosemount, Minnesota?
Meta’s Rosemount campus is an 800-million-dollar, roughly 715,000-square-foot hyperscale data center on a 280-acre site, scheduled to open in 2026, and it is currently the only hyperscale facility under construction in Minnesota. Rosemount, an exurb south of St. Paul, offers the flat land, highway access, water availability, and grid access that hyperscale campuses require, along with Minnesota’s fiber infrastructure and (historically) tax incentives. Meta’s investment anchors the state’s hyperscale ambitions and serves as the proof point for a broader wave of proposed campuses, most of which remain stalled in permitting or planning as of 2026.
Why are so many Minnesota data center projects stalled?
Of at least 13 hyperscale projects proposed in Minnesota, only Meta’s Rosemount facility is under construction; the rest are suspended, stuck in permitting, or buried in shell companies. Several factors explain the gap: lengthy permitting and environmental review, community concern and local moratoriums over the size, water use, and grid impact of hyperscale campuses, grid-capacity and large-load cost questions, and, importantly, Minnesota’s 2025 repeal of the electricity tax exemption, which raised operating costs and reduced the state’s competitiveness against markets offering richer incentives. Some developers have pulled back and reprioritized other states, though in real estate such pullbacks can reverse if conditions change.
What is the water advantage for Minnesota data centers?
Minnesota has an abundance of fresh water, which is a genuine advantage for data centers because water is often used to cool servers, and hyperscale and AI facilities are highly water-intensive. As water stress becomes a limiting constraint in arid markets like Phoenix and the Mountain West (where much of the land sits in high-baseline-water-stress zones), Minnesota’s plentiful freshwater supply, combined with a cooler northern climate that aids efficient cooling, makes the state physically well-suited to host large, cooling-intensive campuses. This water availability is one of the core reasons Minnesota has attracted so much hyperscale proposal activity despite other headwinds.
What happened to Minnesota’s data center tax incentives?
Minnesota was an early incentive mover, offering data center sales-tax exemptions since 2011 on computers, software, networking, and cooling infrastructure for qualifying projects, and recently extending some of those exemptions to 2077. However, in the 2025 legislative session, as part of a budget deal, lawmakers repealed a separate electricity tax exemption for data centers. Because power is one of the largest ongoing costs for hyperscale facilities, removing the electricity exemption raised the effective cost of operating in Minnesota and cooled some developer enthusiasm, contributing to project pullbacks. The sales-tax exemptions remain, but the electricity repeal reduced Minnesota’s overall competitiveness at a pivotal moment.
What companies have data centers in the Twin Cities?
The market is anchored by interconnection and colocation providers: Cologix operates the Minnesota Technology Center, the state’s most connected building, and DataBank, IronGate Data Centers, H5 Data Centers, and Flexential run multi-tenant facilities across Minneapolis, St. Paul, and Eagan. The enterprise layer includes the many Fortune 500 headquarters operating owned or colocated capacity, with recent downtown expansions by major corporate tenants. On the hyperscale side, Meta is building the Rosemount campus, the market’s only under-construction hyperscale facility, while numerous other hyperscale developers hold proposed but stalled projects around the metro and state.
How does the Twin Cities market affect equipment retirement?
The Twin Cities present a dual retirement profile. The mature, Fortune 500-anchored enterprise and colocation market generates a steady, ongoing retirement stream today, of enterprise servers, storage, and networking gear carrying meaningful data-sensitivity given the finance, healthcare, and retail giants headquartered here. Layered on that, as Meta’s Rosemount campus and any advancing hyperscale proposals come online, the market will add high-density AI and cloud hardware that refreshes on a three-to-four-year cycle, setting up a future retirement wave. Both layers reward certified data destruction and informed asset recovery, with the Fortune 500 concentration raising the compliance and data-handling bar for disposition.
Is the Twin Cities a good market for AI data centers?
The Twin Cities have real potential for AI data centers, thanks to abundant fresh water for cooling, strong fiber, a skilled workforce, and corporate demand, and Minnesota has attracted significant hyperscale AI proposal activity. However, the market’s AI hyperscale future is arriving slowly: only Meta’s Rosemount campus is under construction, while most proposals remain stalled amid permitting delays, local resistance, grid-cost questions, and the 2025 repeal of the electricity tax exemption that reduced competitiveness. For AI workloads, the Twin Cities offer genuine physical advantages, particularly water, but the state’s policy and permitting environment has slowed the pace at which that potential is being realized.
The Bottom Line
Minneapolis-St. Paul is a mature enterprise data center market on the cusp of a hyperscale transformation it has not fully embraced. Its established strength is enterprise and interconnection, built on one of the densest concentrations of Fortune 500 headquarters in the country, strong fiber anchored by the Cologix carrier hotel, and a skilled IT workforce, a solid, connectivity-focused market serving the corporate upper Midwest. Onto that foundation Minnesota is trying to add hyperscale scale, with real advantages in abundant fresh water and a favorable climate driving at least 13 proposed campuses. But the wave keeps stalling: only Meta’s Rosemount facility is under construction, while permitting delays, local resistance, grid-cost concerns, and the 2025 repeal of the electricity tax exemption have left most proposals suspended.
For infrastructure operators, that dual character creates a dual disposition profile. The mature enterprise base generates a steady retirement stream today, of hardware carrying the elevated data-sensitivity that the region’s finance, healthcare, and retail giants demand, while the incoming hyperscale layer, led by Rosemount, sets up a future retirement wave of high-value AI equipment arriving on the refresh cycle. Handling both well, with certified data destruction, audit-ready documentation for regulated enterprise data, and informed asset recovery across enterprise and eventual hyperscale hardware, is how operators extract value from a market that is established in the present and slowly transforming toward an AI-era future.
How ROC Telecom Helps
ROC Telecom is an R2v3, RIOS, NIST 800-88, and ITAR-compliant ITAD specialist serving the Minneapolis-St. Paul and Minnesota market:
- Twin Cities data center decommissioning with 48-hour rapid-response mobilization across Minneapolis, St. Paul, and the metro, for both enterprise refreshes and the incoming hyperscale build-out
- Enterprise and AI infrastructure asset recovery across the enterprise hardware retiring from the Fortune 500 base today and the high-density hyperscale hardware coming from campuses like Rosemount, with speed-to-remarketing that protects value against generational decay
- Specialist asset recovery across routing, switching, optical transport, and compute with direct buyer relationships
- NIST 800-88 data destruction with per-asset serialized Certificates of Destruction, suited to the finance, healthcare, and retail data sensitivity of the region’s Fortune 500 base
- R2v3 Appendix E materials recovery with in-house dismantling and direct-to-refiner processing
- Full chain-of-custody documentation for the audit and compliance requirements the region’s regulated industries demand
15+ years of ITAD experience, $25M+ in client capital recovered, 45M+ pounds diverted from landfill.
Explore our Twin Cities coverage: Minneapolis data center ITAD, decommissioning, asset recovery, and recycling.
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