Franchise Energy Procurement: The Demand Charge Line Nobody Negotiates

You already know your electric bill climbed again this year. What most multi-unit operators haven't priced is that the rate per kilowatt-hour is rarely what drove the increase. It's the demand charge, a separate line that can run 30 to 70 percent of a commercial electricity bill depending on the building and the equipment inside it, and franchise energy procurement decisions almost never touch that line. Operators renegotiate rent every few years. They audit royalty statements when the numbers look off. They almost never open the utility bill past the total due, and the demand charge is the reason that total keeps climbing even in months when usage stays flat.

What a demand charge actually charges you for

A commercial electric bill runs two separate meters. One tracks how much electricity a location consumes over the month, billed per kilowatt-hour, the number most operators think of as "the electric bill." The other tracks the single highest 15-minute spike in usage during that entire month, billed per kilowatt of peak demand, and it resets every billing cycle no matter how briefly the spike lasted. A 300-kilowatt peak at $12 per kilowatt adds $3,600 to that month's invoice by itself, generated in one 15-minute window, not across 30 days of operating hours. Many utilities also apply a demand ratchet clause, which bills the location on whichever is higher: the current month's peak, or a set percentage (often 70 to 90 percent) of the highest peak recorded in the trailing 11 months. One bad Saturday in July can inflate the demand charge on a location's bill clear through the following winter.

Why franchise kitchens create the worst possible demand profile

Quick-service and fast-casual kitchens are built to generate exactly the spike that demand charges penalize. Ovens, fryers, walk-in compressors, and rooftop HVAC units each draw power independently, and a lunch rush stacks all of them inside the same 15-minute window without anyone deciding it should happen that way. Kitchen equipment loads commonly spike to 60 to 80 kilowatts during that stretch, and a single busy lunch period can generate $600 to $800 in demand charges from that one interval alone, at rates typical of many commercial accounts. Multiply that across 40 locations running an identical opening checklist and an identical lunch clock, and the demand spike isn't an anomaly a location manager caused. It's a byproduct of the operations manual every unit was trained to follow.

The multi-state problem: one energy strategy across 18 different markets

Eighteen states plus Washington, D.C. now run deregulated retail electricity markets, meaning a commercial customer can choose its own energy supplier instead of accepting whatever rate the regulated utility assigns. A franchise system with locations in Ohio, Texas, and Pennsylvania is operating in three separate rate environments, each with its own supplier options, contract terms, and demand-charge structure, layered on top of a fourth reality: locations in the other 32 states have no supplier choice at all and can only manage the demand side of the bill. Most multi-unit operators run all of these the same way. Whoever signed the lease lets the building's utility account default to the incumbent supplier, and nobody revisits that decision until the location closes. Nobody at the unit level has the data or the authority to run a rate comparison, and nobody at headquarters treats utility spend as a line item worth managing the way food cost and labor already are.

What actually reduces the number

Three levers work, roughly in order of effort required. Staggering equipment start-up times, running the walk-in compressor cycle before ovens preheat rather than starting both at once, can cut 15 to 30 percent off a peak with no capital investment, just a change to the opening checklist. Load shifting compounds that further: pushing discretionary draws like ice machine cycles or non-perishable prep equipment outside the lunch and dinner windows takes them out of the interval that sets the month's charge. Rate shopping in the 18 deregulated states is the third lever and the one most operators skip entirely, because it requires someone to compare supplier contracts against a location's actual demand profile instead of auto-renewing whatever the incumbent supplier sends every year. Operators who run all three together typically see demand reductions in the 15 to 40 percent range within 90 days. On a location paying $3,500 a month in demand charges alone, that range is the difference between roughly $500 and $1,400 in monthly savings, recurring every month the schedule holds.

Where franchisor vendor programs get this wrong

Most franchise systems that touch utility costs at all do it through a single national energy vendor listed in the operations manual, treated the same way as a POS vendor or a linen service. That model misses what actually drives the bill. A location's demand profile is set by its equipment layout, its hours, and its local market's rate structure, not by which brand's sign is out front. A vendor relationship built for a 1,200-square-foot express location in a regulated state does nothing for a 3,000-square-foot full kitchen in a deregulated one, and a blanket recommendation that ignores that difference leaves individual operators negotiating alone, market by market, with less leverage than the brand could bring by aggregating demand across the whole network.

Building an energy procurement policy that outlives the person who negotiated it

Most franchise energy contracts get negotiated once, by whoever happened to be building out the location, and then sit untouched for years because nobody owns the renewal date. The fix isn't a single sourcing event. It's a standing review, tied to each location's contract expiration date and to rate-schedule changes in every deregulated market the system operates in, that checks the current demand profile against available supplier options before the incumbent auto-renews. Revscale's franchise intelligence tools already centralize location-level cost data for royalty and performance tracking, and utility spend belongs in that same view. It behaves exactly like rent and labor: it drifts upward quietly until someone with visibility across the whole network decides it's worth a second look.