A tracker identifies 31 Michigan data-center projects representing approximately $30 billion in announced investment, including proposed, operating and canceled developments. With the November election approaching, voters face questions about economic growth, electricity costs and who controls development.

LANSING — Michigan is confronting an economic and political dilemma that extends far beyond one massive data center in Washtenaw County.

A national data-center project tracker identifies 31 projects across Michigan representing approximately $30.1 billion in announced investment, including facilities under construction, planned developments, expansions, operating sites and canceled projects.

The figure is not a forecast of money guaranteed to be spent. It is a measure of the scale of Michigan’s data-center development landscape, including projects that may never be completed.

At stake are potentially thousands of construction jobs, permanent technology and support positions, local tax revenues and Michigan’s competitiveness in the rapidly expanding artificial intelligence economy.

But the same developments raise questions about electricity bills, water consumption, land use, tax incentives and whether residents have enough influence over decisions affecting their communities.

The debate is becoming an election issue ahead of November 3, as candidates face growing pressure to explain how Michigan should balance economic development with consumer and environmental protections.

The Statewide Stakes Go Beyond Saline Township

The ServerCountry tracker lists 31 Michigan projects with approximately 7.9 gigawatts of associated power capacity.

Its project classifications include:

  • 14 planned projects
  • 7 canceled projects
  • 5 operational facilities
  • 3 expansions
  • 1 project under construction
  • 1 project on hold

Those categories matter. Adding announced project values does not mean Michigan has secured $30.1 billion in new spending, and the listed power capacity should not be interpreted as electricity demand already connected to the grid.

Still, the tracker illustrates the geographic reach of the industry.

Projects listed include developments in Saline Township, Van Buren Township, Gibraltar, Grand Rapids, Ypsilanti Township and other communities.

The investment estimates vary substantially, and some entries reflect developer announcements rather than independently verified expenditures. The tracker is a useful inventory, not an official state economic forecast.

Saline Township Is Michigan’s Biggest Example

The most prominent project is the $16 billion Oracle and OpenAI data-center campus in Saline Township, southwest of Ann Arbor.

Unlike many proposals elsewhere in Michigan, the Saline development has secured financing and is under construction.

Related Digital announced in April that financing had been secured for the project, backed by equity from Related Digital and Blackstone-affiliated funds and long-term debt financing anchored by PIMCO-managed funds and accounts.

The developers project more than 2,500 union construction jobs, at least 450 permanent on-site jobs and more than 1,500 additional jobs supporting the project across Washtenaw County.

Those are developer projections, not final employment counts.

At a June construction event, the project team reported more than 700 tradespeople working on the campus.

Developers also have announced community investments, including funding for public safety and a $10 million grant to expand the Saline Recreation Center.

For supporters, Saline demonstrates that Michigan can compete for large AI infrastructure investments and the construction work they generate.

For critics, its enormous electricity requirements and the handling of utility contracts illustrate why stronger public oversight may be necessary.

What Do Michigan Residents Want?

A September report from Michigan State University’s Energy Values Lab found substantial public skepticism toward data-center construction.

The report, based on the summer 2026 Michigan State of the State Survey, analyzed responses from a final matched sample of 1,000 Michigan adults.

Its findings included:

  • 70% opposed or somewhat opposed construction of a data center in their community.

  • 83% wanted local governments to have a role in permitting.

  • 77% expected data centers to increase their household electricity costs.

  • 71% believed data centers would be bad for Michigan’s environment.

  • 59% believed they would be bad for Michigan’s economy.

The distinction between local opposition and statewide policy is important.

Opposing a data center in one’s community is not necessarily the same as supporting a permanent statewide ban. The survey also found divided opinions about whether Michigan should offer financial incentives to developers.

A separate University of Michigan survey of local government officials found that 46% disagreed that the benefits of large-scale data centers generally outweigh their costs, while 18% agreed.

Together, the surveys suggest that winning community acceptance could be as important as securing financing.

The Economic Argument: Jobs, Investment And Competitiveness

The economic case for data centers extends beyond the buildings themselves.

AI infrastructure supports computing services used in manufacturing, automotive engineering, healthcare, logistics, defense and other industries important to Michigan.

Construction can create substantial demand for skilled trades, electrical equipment, engineering services and local suppliers.

Once operating, data centers also require technicians, engineers, security personnel and maintenance workers.

But permanent employment generally represents a smaller share of the workforce than the peak construction phase.

That difference matters when communities evaluate tax incentives and land-use decisions.

Michigan also faces competition from other states seeking AI infrastructure investment. Developers can consider alternative sites based on electricity availability, construction costs, tax policy and permitting requirements.

However, there is no verified statewide estimate showing how much Michigan investment would move elsewhere under any particular proposed restriction.

The economic question is therefore not simply whether data centers create jobs. It is how many lasting jobs and other benefits Michigan receives relative to the resources and public incentives involved.

Will Data Centers Raise Electric Bills?

Electricity costs may be the most consequential issue for households and businesses.

Large AI data centers can require enormous amounts of power, potentially creating demand for new generation, transmission facilities, substations and energy storage.

Who pays for that infrastructure is central to the debate.

In a July 16 letter to Gov. Gretchen Whitmer, the Michigan Public Service Commission said protections in approved DTE data-center contracts were projected to produce approximately $300 million in annual savings for DTE’s other customers.

Those savings are projections, not reductions already reflected in household bills.

The commission cited requirements including longer contract commitments, minimum billing obligations, termination payments and financial safeguards intended to prevent costs from shifting to existing customers.

Oracle likewise says it will pay for required infrastructure upgrades associated with its Saline project.

Michigan Attorney General Dana Nessel has challenged whether the contracts provide sufficient protections and transparency.

In an April court appeal, Nessel sought further review of the Saline contracts, arguing that the approval process had not provided adequate public scrutiny.

The MPSC previously rejected requests to reopen the proceedings, maintaining that its approval included strong protections for other ratepayers.

The disagreement illustrates an important distinction: regulators and developers forecast potential customer benefits, while critics question whether the contracts and their enforcement mechanisms adequately guarantee those results.

Water, Land And Local Control

Electricity is not the only concern.

Data centers can affect water use, farmland, industrial development patterns and nearby communities. Their impacts vary with cooling technology, facility design, site conditions and energy sources.

Oracle says its Saline Township campus will use a closed-loop, non-evaporative liquid-cooling system and preserve more than 750 acres of open space, farmland and wetlands.

Those commitments are specific to Saline and should not be assumed to apply to other projects.

The MSU survey’s finding that 83% of respondents want local governments involved in permitting underscores another question: How much authority should townships, cities and counties retain when large projects have regional or statewide economic consequences?

A policy that gives communities greater control may address public concerns but can also introduce uncertainty for developers.

Conversely, policies that accelerate approval can create friction when residents believe they have been excluded from decisions.

Could Michigan Lose Billions In Investment?

The risk of losing projects to other states is real in the sense that companies can choose where to build.

But the amount of investment potentially at risk is not the same as the $30.1 billion listed in the statewide tracker.

That total includes existing facilities, expansions, canceled projects and developments at different stages of planning.

It would be misleading to suggest that all $30.1 billion could disappear because of a single election result or policy change.

A temporary pause on new approvals, stricter electricity-cost requirements and a permanent statewide prohibition would also have different consequences.

The details matter: whether existing projects are exempt, how long restrictions last, whether developers must fund infrastructure and what standards determine approval.

Those are the policy choices candidates and lawmakers will have to address.

Michigan’s Economic Decision

The statewide data-center debate ultimately comes down to several questions:

How much new investment will actually materialize? How many permanent Michigan jobs will it create? Will existing electricity customers be protected? What environmental safeguards will apply? And how much authority will local communities have?

Saline Township provides the largest and most visible test of those questions. But the decisions Michigan makes could affect projects across the state for years.

Michigan has an opportunity to participate in the expansion of artificial intelligence infrastructure. It also has an obligation to evaluate the financial and environmental consequences of that development.

The challenge is determining how Michigan can capture the economic benefits of the AI industry without transferring unacceptable costs and risks to the people and businesses already here.

Coming Monday: Michigan’s candidates for governor, U.S. Senate and Congress have proposed different approaches to data-center development. MITechNews examines their published positions, the authority they would have to act and how their proposals could affect Michigan’s economy and electricity customers.