What happened
Forbes’s Will Yakowicz describes the effort as a response to falling cannabis prices, taxes and pressure on growers’ businesses. Michael Ward and investors spent $20 million on Harbor Farmz, a 32,850-square-foot cultivation facility in Kalamazoo, Michigan, in 2020. Ward says the wholesale price of cannabis fell from about $2,500 per pound to $700, while Michigan added a 24% wholesale tax. Harbor Farmz’s revenue fell from $6.5 million to a projected $3 million for the year described in the article. Ward reduced the operation from a peak of 7,500 plants to about 2,000 and surrendered two of its three cultivation licenses.
Ward’s building is wired for 1.5 megawatts, with capacity to reach 2.5 megawatts within 12 months and 15 megawatts in the longer term, according to Forbes. It has fiber and a temperature-regulating HVAC system. Ward partnered with data-center consultants Phil DeVries and Eric Mack on a redevelopment pitch. Their presentation to Kalamazoo’s city council said conversion could generate $1 million in annual tax revenue, compared with the facility’s current $60,000 annual tax bill. In April, the city granted zoning clearance for data-center use. Ward listed the property in June, but residents objected over concerns including noise, electricity bills, grid strain and water use. In August, the city passed a moratorium blocking data-center development through August 2027. Ward withdrew the listing in September.
Forbes contrasts Harbor Farmz with a much larger facility Oracle is building for OpenAI in Saline, Michigan: that project is expected to start at 1.5 gigawatts, about 1,000 times Harbor Farmz’s current electrical capacity. The article frames smaller regional inference facilities as a possible market for some smaller properties. Jeffrey Moerdler of Haynes Boone says he sees opportunity in regional data centers in the 10-to-50-megawatt range, and reports more deals involving smaller sites as power and land become harder to secure.
Other examples underline the difference between a listing and an operating data center. Jade has listed a former 10,000-square-foot cultivation and processing facility in Las Vegas with a claimed potential 5 megawatts. Its listing agent cautions that utilities can withdraw power allocations when a property is not using them. A former Aurora cultivation facility in Saskatchewan, at 130,000 square feet, has 7 megawatts of power, 10 Gbps fiber and 36 rooms of 1,500 square feet each; its agent says it has an offer from an operator and hopes to close quickly. Forbes also describes a 44-acre New York site whose data-center plan received a town resolution of general approval, followed by a state one-year ban on data-center development.
What the archive adds
New Runtime’s earlier coverage on October 22, 2026, reported SemiAnalysis’s forecast that more than 50 GW of data-center capacity would come online in 2027 (Datacenters 2027: The Year of Acceleration, +50GW in a Single Year). That forecast gives the reported property conversions a broader buildout context, but it does not establish demand for these specific sites. This is a new event illustrating how owners of existing industrial assets are trying to enter the data-center market.
Trend signal
This story is consistent with the broader data-center buildout, but does not yet fit a pattern New Runtime tracks. The opportunity described is conditional on site-level power, permitting, and local acceptance; it is not evidence that repurposing facilities is a repeatable conversion model.
Why now
Forbes ties the push to weakening cannabis economics and the perceived value of data-center real estate. It also reports that demand for land and power has led some advisers to consider smaller regional facilities, while local opposition and policy changes are already delaying or blocking specific projects.
Why it matters
For teams planning AI infrastructure, the story is a reminder that a building’s physical equipment is only one part of usable capacity. A property can have fiber, HVAC and an attractive power figure without holding a durable utility allocation or having permission to operate as a data center. The gap between a listing and an energized facility matters for deployment schedules and procurement: prospective operators need to validate grid commitments, permitting, water and cooling requirements, and the community process before treating a site as capacity.
The cases also show why “regional inference” and hyperscale training should not be treated as interchangeable markets. Harbor Farmz’s current 1.5 MW is materially different from a gigawatt-scale project, even if smaller operators can serve different workloads. For builders, the practical implication is to distinguish announced or marketed capacity from commissioned capacity. Infrastructure availability depends on contracts and approvals as much as on a building’s existing fit-out.
Limits and uncertainty
The article reports several proposed or marketed conversions, but does not establish that the trend is producing operating AI data centers at scale. Harbor Farmz’s sale did not proceed, and the Saskatchewan facility’s offer had not yet closed in the account Forbes published. The power figures for listed properties are not all equivalent to firm, continuous utility service; the article specifically relays a broker’s warning that unused capacity can be withdrawn. Forbes does not provide a comprehensive count of cannabis properties under consideration, conversion costs, or independent technical assessments of the sites’ suitability. The examples therefore demonstrate interest and obstacles, not a measured supply pipeline.
Reader takeaway
A former industrial facility can look attractive on paper without being ready to host compute. Power that can be withdrawn, limited capacity, zoning restrictions and community resistance can outweigh existing fiber and cooling. Treat conversion listings as leads to diligence, not as available AI capacity, until electricity, permits and operating conditions are confirmed.