Why Nebraska is the Next Data Center Hotspot

Hyperscalers need land, power, and fiber. Increasingly, they also need to escape the coastal markets where these resources have become scarce, expensive, or politically complicated. This quiet recalibration is why a company like Tenaska — one of the largest private energy developers in the country — is out in southeast Nebraska, walking fields and talking to landowners about something that would have seemed like a strange conversation just five years ago: a combined data center and power plant.

Nebraska is not an accident; it's a calculation.

The Infrastructure Math That Makes Nebraska Work

Data center site selection is a cold, unsentimental process. Operators run models that weigh power costs, land costs, fiber access, water availability, seismic risk, climate, tax policy, and labor — and the site that wins on the most variables gets the investment. For most of the past decade, that math favored Northern Virginia, Phoenix, Dallas, and a handful of other established markets.

Those markets are now running out of runway. Northern Virginia — still the world's largest data center market — is dealing with transmission constraints so severe that Dominion Energy has had to pause new interconnection agreements in some areas. Phoenix is fighting over water in a state that doesn't have enough of it. The result is that capital is migrating toward places that were previously overlooked.

Nebraska checks boxes that the saturated markets no longer can. Abundant land, competitive power rates, a stable grid anchored by public power utilities, and a geographic position that puts it within reasonable latency range of major Midwest population centers. It's not glamorous; it's practical — which is exactly what matters when you're planning a facility that will run 24/7 for 20 years.

Tenaska's Bet on Southeast Nebraska

Tenaska isn't a household name outside the energy industry, but it should be. Founded in Omaha in 1987, the company has developed more than 10,000 MW of generation capacity across the country. These are not speculators — they are experienced project developers who understand both the energy and the infrastructure sides of large capital deployments.

What makes Tenaska's southeast Nebraska initiative notable is the integrated approach. Rather than simply leasing land to a data center operator and letting someone else figure out the power, Tenaska is reportedly exploring a co-located model: a data center campus alongside a dedicated power plant. That structure addresses one of the central bottlenecks slowing down large-scale AI and cloud infrastructure builds right now — grid interconnection timelines.

When a data center can draw from a co-located generation source rather than waiting years for a grid interconnection queue, the development timeline compresses dramatically. For hyperscalers and AI companies burning cash while waiting for compute capacity, that time compression has real dollar value.

The specific location in southeast Nebraska matters too. The region sits adjacent to major fiber corridors, has access to the Southwest Power Pool grid, and offers the kind of flat, buildable land that developers dream about — hundreds of contiguous acres without the topographical complications that drive up civil construction costs.

The Incentive Stack Isn't Trivial

Nebraska has been quietly building a competitive incentive environment for data center investment. The Nebraska Advantage Act and subsequent legislative updates have created a framework that includes sales tax exemptions on equipment purchases and potential property tax relief for qualifying large investments. For a facility that might spend $500 million or more on servers, networking hardware, and cooling equipment, a sales tax exemption is not a rounding error — it's a material project cost reduction.

This is where developers who do their homework separate themselves from those who don't. States compete aggressively for data center investment because the economic multiplier effects — construction jobs, permanent operations jobs, utility revenue, local vendor contracts — are significant and long-lasting. Nebraska understands it's competing with Iowa, Kansas, and other Midwest states that are running similar playbooks, which creates leverage for developers willing to engage seriously with the state's economic development apparatus.

The Nebraska Power Review Board and the state's network of public power utilities — Nebraska is one of the only states in the country where electricity is provided entirely by public power — also creates a different negotiating dynamic than in markets dominated by investor-owned utilities. Public power entities have more flexibility to structure large industrial load agreements, which can translate into more predictable long-term power costs for a data center operator.

What the Land Opportunity Actually Looks Like

Southeast Nebraska's agricultural land has historically traded at prices that look almost quaint compared to land costs in established data center markets. Industrial-zoned parcels in Northern Virginia or suburban Phoenix can command prices that add meaningful cost per kilowatt to a project's economics before a single piece of steel goes in the ground.

In rural Nebraska, the land cost equation looks fundamentally different. Large contiguous parcels are available. Rezoning from agricultural to industrial use is a well-understood process in counties that are actively courting development. Water rights for cooling systems — a critical consideration for any data center above a certain scale — are more accessible than in the drought-stressed Southwest.

None of this means development is without friction. Nebraska's workforce development ecosystem for data center operations is less mature than in established markets. Getting construction workers, electricians, and commissioning engineers to rural Nebraska for a multi-year build requires planning and often incentives beyond what the state provides. These are solvable problems, but developers who underestimate them tend to learn expensive lessons.

The Demand Signal Behind the Activity

It's worth being direct about what's driving all of this: AI. The compute demands of training and running large language models and other AI workloads have broken the traditional data center capacity planning models. Hyperscalers that previously planned capacity three to five years ahead are now struggling to build fast enough to meet internal demand, let alone customer demand.

Goldman Sachs has estimated that data center power demand could increase by as much as 160% by 2030. That number is almost certainly imprecise, but the direction is not in dispute. The industry needs gigawatts of new power and millions of square feet of new data center space, and it needs them faster than the existing infrastructure pipeline can deliver.

That demand pressure is what makes a state like Nebraska relevant in a way it hasn't been before. When you need scale and you need it relatively quickly, established markets with constrained land and oversubscribed power grids become obstacles. Nebraska — with Tenaska and other developers beginning to move — is positioning itself to absorb some of that demand.

Looking at the Next Decade

The five-to-ten year trajectory for Nebraska's data center and energy infrastructure build-out depends on a few key variables. First, whether early projects like Tenaska's actually get built and operate successfully — nothing validates a market like operational proof points. Second, whether the state continues to compete aggressively on incentives as competing Midwest states sharpen their own offers. Third, and perhaps most importantly, how the regional transmission infrastructure develops to support the power loads that large-scale data center campuses require.

The Southwest Power Pool has been investing in transmission, and Nebraska's public power utilities have less of the shareholder-driven reluctance to invest in infrastructure that sometimes slows down investor-owned utilities. That's a structural advantage that shouldn't be overlooked.

For land developers and energy infrastructure investors watching this space, the window to acquire strategically located parcels in southeast Nebraska — near fiber corridors, with viable power access, in counties that are development-friendly — is open, but it won't stay open indefinitely. Once one or two large anchor projects break ground, land values adjust, and the opportunity cost of waiting becomes concrete.

The cornfields aren't going anywhere. But what gets built next to them might be more interesting than anything Nebraska has seen in a generation.

Explore opportunities in Nebraska's data center market today!

[INTERNAL LINK: data center investment]

[INTERNAL LINK: energy infrastructure]

[INTERNAL LINK: economic incentives]