Some cannabis growers built on the assumption that power would stay cheap. That bet has gone bad.
Electricity rates are up 15% to 25% over the past two years with no ceiling in sight through 2030, according to Jim Kordboban, founder and CEO of On Point Power, a Dallas-based power procurement and energy management brokerage. At the same time, wholesale cannabis prices have collapsed 40% to 70% from their peak. For an industry that runs on razor-thin margins and energy-intensive indoor cultivation, that combination is not a footnote. It is becoming the defining pressure point.
"For facilities where energy can eat up a quarter of production costs, the winners won’t be the ones who simply use less power," Kordboban said via email. "They'll be the ones who lock in the right rate structure, hedge exposure and negotiate supply contracts before the market moves again."
In other words, strategic power procurement and energy management is quietly becoming the line that separates operators who survive from those who get squeezed out.
The Design-Phase Decisions That Determine Everything
For cultivators, the fight over energy costs does not start once the lights turn on. It starts on the blueprint.
Jarrod Falite, co-founder and chief operating officer of Bostica, a premium cannabis cultivator and manufacturer in Lynn, Massachusetts, has spent more than 20 years in HVAC design, installation and retrofit work before helping build Bostica's 60,000-square-foot facility, which houses a tier 5 cultivation license with up to 40,000 square feet of canopy alongside a product manufacturing operation.
"Utility costs are our second highest monthly expense behind payroll, so it was important to put a lot of focus and attention on that aspect of the project," Falite said via email. "These facilities are specifically designed and purpose built, so getting this right during the design and construction phase is extremely important. It is very difficult, and in most cases, not possible to retrofit later once operational."
That design work starts with lighting, since it drives the load that the entire HVAC system must be engineered around. Bostica chose Fluence Bioengineering as its primary horticulture lighting platform and paired it with a four-pipe fan coil system built on centralized chilled and hot water plants, a setup Falite calls the most efficient option available to meet the facility's environmental needs.
Once a building is up and running, Falite argues the next lever is procurement strategy rather than equipment. "It is important to hire an energy consultant that can help you navigate the market and develop the best strategy to procure energy at the lowest cost," he said. Fixed-rate contracts make sense when an operator wants a predictable monthly expense or expects prices to climb. Floating rates can pay off when the market is calm. Either way, the decision belongs to a specialist rather than a spreadsheet.
The Bill Nobody Reads Closely Enough
Even operators who get procurement right often miss a second, quieter opportunity: the utility bill itself.
Isaac Liebes, Managing Director and strategic utility consultant with GreenLight Energy Conservation, says growers routinely assume their energy management software or their supply broker already has utility billing covered. Neither one does. "Growers mistakenly think their energy software management covers them on all things energy, but these systems don’t focus on the nitty-gritty details of billing line items, rate codes and classifications and the jargon that takes a simple monthly statement and turns it into four, five and sometimes six pages," Liebes said via email.
Brokers are not the answer either, at least not on their own. "Energy supply brokers fill an important role in deregulated energy markets, but they too don't look out for these things as they are solely focused on procurement of the commodity at a specific price point," he said. A good broker and a good auditor, in Liebes' view, work alongside each other rather than in place of one another. "This is about education."
That education takes the form of a utility bill audit, which Liebes recommends running roughly every three years given how frequently rate schedules, local ordinances and facility activity change. Refunds are possible when overcharges surface, though Liebes cautions they are often limited by local statute of limitations laws and depend on the nature of the error. Just as often, he said, the opportunity has nothing to do with cannabis specifically. It is a generic billing issue that requires someone with broad utility experience to catch, along with the persistence to push through utility customer service representatives who are frequently unaware of their own rules and regulations at the local and state level.
The appeal of the audit, for Liebes, comes down to what it does not touch. Growers try to lower cost per pound through expensive and disruptive efficiency upgrades, cheaper nutrients or squeezed labor budgets. A utility bill audit does none of that. "The results do not impact their finished products and require absolutely zero upfront investment," Liebes said, calling it one of the few cost-reduction levers available that has no bearing on the grow process, the equipment or the final product.
Falite, whose facility worked with GL Energy Conservation directly, echoed the value of that outside perspective. "Utility bills can be confusing and trying to decipher where you might be overpaying, or where savings could exist is best left to a utility audit company," he said, adding that depending on the state, audits can look back several years and sometimes surface additional industry-specific credits along the way.
A Regional Problem With No Easy Fix
Nowhere is the energy squeeze more acute than perhaps in Massachusetts, where Andrew Gold, founder of Blackstone Valley Cannabis, an independent vertically integrated medical and recreational operator, has watched power costs erode margins that were already thin.
"Energy as a cost input impacts all downstream products within our SKU portfolio," Gold said via email. "We're in an oversaturated market, so raising prices is difficult. Therefore, operators must find ways to offset energy cost increases to maintain margins."
Massachusetts has some of the highest per-kilowatt-hour costs in the country, a product of constrained supply access and heavy reliance on natural gas, more than half of which is imported from Canada and New York to feed the state's power plants, according to Gold, citing U.S. Energy Information Administration data. Solar offers little relief. Interconnection timelines are backlogged for years, existing supply cannot offset current demand and New England's climate makes solar generation too seasonal and intermittent to meaningfully support an industrial load like indoor cannabis cultivation.
That leaves operators like Gold managing a moving target. "Every few quarters we must analyze various power purchase agreement arrangements, which expose us to different market risks given how fluid energy markets respond to pricing," he said. The math is stark against the backdrop of the state's collapsing wholesale prices. "Very few commodities, if any, have dropped 70% in price in the last five years, but cannabis in Massachusetts has."
Gold sees a second-order opportunity emerging from the industry's struggles: repurposing failed or underperforming indoor cultivation sites for a very different kind of tenant. Large-scale grow facilities often come equipped with transformers, switch gear and power supply agreements that are now in short supply as data center developers race to secure electrical infrastructure for artificial intelligence capacity. For capital that has largely failed to deliver the returns cannabis once promised, converting that sunk investment into infrastructure for a data-hungry industry is an increasingly attractive exit.
The New Cost Center
Across procurement, design and