Utility Due Diligence Shows Enterprises Where Expansion Can Move Fastest

Grid capacity has become one of the earliest external signals of where and how fast an enterprise can expand. Interconnection queues, capacity studies, equipment lead times, and local energy policy now determine which sites can secure power and on what timeline, well before a project reaches construction. Companies that monitor these constraints before committing to a location can lock in scarce electricity ahead of competitors who still treat power as a downstream construction cost.

Michael Bowers is Chief Executive Officer of Gaucher & Associates, Inc., a utility project management firm working with commercial developers, landlords, and retailers across North America. An environmental geologist by training, he moved into the chief executive role at the start of 2026 after managing the design, installation, and opening of electricity, natural gas, water, and sewer services across concurrent retail and commercial developments, coordinating architects, engineers, general contractors, municipalities, and utility providers through local regulatory obstacles and supply-chain shortages. Bowers now brings that field experience to how enterprises weigh power against their expansion schedules.

"The grid wasn't built for the speed of the current demand constraints. Organizations that treat power as a first-order strategic variable will capture the advantage," says Bowers. For Bowers, the constraint is practical: a location can't open faster than its power supply allows, no matter how ready the rest of the project is. He weighs that limit before a site advances past evaluation and treats available capacity as a first condition of entry.

Two pressures on the grid

Bowers highlights two sources of grid pressure. Data centers draw against total system capacity across whole regions. Retail and commercial tenants create the second source when they replace gas equipment with electric models, often in buildings whose electrical service was sized decades earlier. Utilities across North America field the resulting orders from both directions at once, and manufacturers haven't kept pace with the volume. "A lot of developments are using more electric-focused equipment which is then overloading these transformers," says Bowers. "That means you're going to have to get new transformers for a majority of new developments that you're doing."

Multi-site retailers and commercial operators encounter the constraint before most other businesses, since every new location depends on a separate utility approval in a separate jurisdiction. Bowers sorts those operators by when they confront power availability. One group settles the question during site selection and brings in outside help to work through utility approvals before drawings are final. The other reaches the same answer after the design is locked and the calendar is set. "Electricity is first come, first served," Bowers notes. "The companies that prioritize power availability have fewer delays and greater ease in their development schedules."

The cost of checking late

Bowers points to a client replacing gas HVAC equipment with an all-electric system, which increased how much power the building would draw. His team paused the project and asked the local utility whether the existing connection could handle the new equipment. The utility required new lines pulled underground and a full replacement of the building's electrical connection, with no option to add a second one alongside it. "You already have everything drawn up, you're ready to go, but you haven't checked with the utility yet," says Bowers. "The transformer was okay, but the service was not, and that pushed another six months onto their project timeline that they weren't originally anticipating."

Bowers also recalls a Pacific Northwest restriction on gas equipment that reached one client two weeks before groundbreaking. The store had to switch its planned HVAC to an all-electric system, and the extra power that equipment needed pushed the building's transformer past what it was rated to carry.

Replacement transformers run on multi-year delivery windows, so waiting for one would have cost the client its opening date. Bowers' team identified six or seven ways the project could still proceed and chose one within two weeks, and the store opened on its original date. "When you find yourself in situations where legislation and policy gets in the way, it's important to be able to sift through that legislation and find loopholes, anything that they've built in for existing clients to be able to navigate through," Bowers adds. "It's about maintaining a level of creativity in a world filled with rules."

What to watch first

The signals Bowers finds most critical all come from outside the company, and each one is published or available on request well before a site decision is final. A company that finds out during site selection that a location has a long wait for power can still choose a different building or a different equipment specification. One that finds out after signing a lease has already lost those options. "They really need to be focusing on interconnection queue timelines, capacity studies, transformer and switchgear lead times, and any kind of policy shifts in their local jurisdictions that they're building in," says Bowers.

Grid capacity, equipment supply, and local policy can each be checked against a specific address on a specific date, which is what makes them usable as planning inputs. A developer doesn't need a forecast about national energy demand to act on any of them, and Bowers works with the constraints in front of him in every market his company operates in. "Don't always just buy into all the hype," concludes Bowers. "There's always practical problem solving that can be done in any situation, and all of these changes that are happening just add a lot of opportunity to provide that practical problem solving in real time."