Open your business's electric bill from five years ago and compare it to last month's. If the number feels like it belongs to a different, bigger company, you're not imagining things. Commercial electricity rates have climbed roughly 20-plus percent nationally since 2018, and in some regions the increase has been steeper still — parts of Pennsylvania saw commercial rates jump nearly 29% in a single year. Forty-three states and the District of Columbia posted higher commercial electricity prices in early 2026 than the year before.
For a small business owner, this isn't an abstract economic trend. It's a line item that quietly outgrows the budget every renewal cycle, and it rarely gets the planning attention it deserves until the bill is already due.
The Numbers Behind the Squeeze
According to NFIB's most recent survey of small business owners, roughly 80% say energy costs meaningfully affect how they operate. Only 8% of businesses surveyed reported no cost increases at all over the past three years — meaning the other 92% have had to absorb, offset, or pass along higher energy expenses in some form.
How are they coping?
- 58% absorb the increase through lower profits
- 52% raise prices to customers
- Two-thirds experienced at least one power outage in the past year, with more than half of those caused by equipment failure rather than weather
Among the small slice of businesses that did manage to stabilize their energy costs, the most common strategies were reducing overall consumption (26%), upgrading to more efficient equipment (23%), and switching providers or energy sources (8%). In other words, the businesses that got ahead of rising rates did it through active management — not luck.
Why Rates Are Rising: It's Not Just One Thing
It's tempting to blame a single culprit, but the pressure on electricity prices is coming from several directions at once:
Grid infrastructure investment. Utilities are spending heavily to upgrade aging transmission and distribution systems, and those costs get passed through in rate cases.
Data center demand. Utilities have received interconnection requests for hundreds of gigawatts of new data center load in the past year alone. The effect isn't uniform, though — states with the fastest-growing data center demand (like Texas and Virginia) have actually seen smaller rate increases than states with flat or declining demand (like California and New York), because new load can help spread fixed grid costs across more usage. The exception is hyper-local: businesses located near a specific data center buildout can see much sharper increases tied to that project's grid upgrades.
Weather-driven peak demand. More extreme heat and cold snaps push utilities to build for higher peak capacity, and that capacity has to be paid for year-round even when it's not being used.
Fuel and generation cost volatility. Natural gas prices, plant retirements, and the pace of new generation coming online all feed into the rate base utilities are allowed to charge.
The upshot: if you're in a deregulated market, a rate increase might reflect industry-wide dynamics you can shop around — but if you're in a regulated territory, you may simply be along for the ride.
The Hidden Line Item Most Owners Don't Understand: Demand Charges
If you've ever looked at your electric bill and wondered why the "usage" number doesn't seem to explain the total, the answer is often demand charges — and they can account for 30% to 70% of a commercial bill.
Here's how they work. Residential customers pay for total electricity consumed over the month, measured in kilowatt-hours (kWh). Commercial customers pay that too, but they also pay a separate charge based on the single highest 15-minute burst of power draw during the billing period — measured in kilowatts (kW) or kilovolt-amperes (kVA).
That means if your HVAC, ovens, compressors, and lighting all happen to kick on within the same 15-minute window once during the month, that spike sets your demand charge for the entire billing period — even if your average usage that month was low. Utilities charge this way because they have to build enough transformer, substation, and generation capacity to handle your peak draw, whether you hit it once a month or every day.
Practical ways to manage demand charges:
- Stagger equipment start-up times (don't let HVAC, ovens, and machinery all cycle on simultaneously)
- Shift energy-intensive tasks — large production runs, equipment testing, recharging — to off-peak hours
- Ask your utility or energy consultant for an interval-data report showing exactly when your peak occurred, so you can address the actual cause rather than guessing
Budgeting for a Number That Won't Sit Still
Traditional annual budgeting assumes costs move gradually. Electricity increasingly doesn't. Recent years have seen commercial rate increases in the mid-single digits to high-double digits depending on region, often outpacing the planning cycle most small businesses use. A few adjustments make the budget more resilient:
1. Build in a real escalation assumption. Don't budget flat year-over-year electricity costs and hope. Use your own trailing 24–36 months of bills to calculate your actual rate of increase, and apply that (not a generic inflation figure) to next year's forecast.
2. Separate energy charges from demand charges in your chart of accounts. If your bookkeeping lumps "utilities" into one account, you can't see which component is driving the increase — usage, rate, or peak demand — which makes it hard to know whether the fix is behavioral (shift usage) or structural (shop your contract).
3. Shop before your contract expires, not after. In deregulated states, businesses that compare providers can often save 15–30% relative to a rolled-over default rate. Start the comparison process 60–90 days before your current contract ends — waiting until it lapses usually means an expensive automatic holdover rate kicks in.
4. Model efficiency and on-site generation as a capital decision, not just an expense cut. LED retrofits, HVAC optimization, and on-site solar or a power purchase agreement all show up as capital outlays with a payback period — they belong in your capital budget and depreciation schedule, not just your monthly overhead review.
5. Know your incentive window. Commercial solar still qualifies for a 30% federal Investment Tax Credit under Section 48E, but construction must begin by July 4, 2026 to lock in that rate, with projects needing to be placed in service by the end of 2027. The Section 179D energy-efficient commercial buildings deduction is also time-limited — it expires for construction beginning after June 30, 2026. If efficiency upgrades are on your roadmap at all, the calendar matters more than usual right now.
Why This Belongs in Your Books, Not Just Your Inbox
Energy costs are exactly the kind of expense that's easy to under-track because the bill arrives, gets paid, and gets filed away without anyone asking why it moved. But a utility bill actually contains several distinct signals — base rate changes, seasonal usage shifts, and demand-charge spikes — and each one calls for a different response.
That's much easier to see if your accounting system lets you tag and query the underlying transactions instead of trusting a single "Utilities" total in a black-box dashboard. With Beancount.io's plain-text accounting, you can break out energy charges, demand charges, and provider fees as separate accounts or metadata tags, then query month-over-month trends directly from your ledger — no exporting to a spreadsheet just to spot a pattern your utility already knows about.
Keep Your Finances Organized from Day One
Rising, unpredictable costs like electricity make it more important than ever to know exactly where your money is going each month. Beancount.io provides plain-text accounting that gives you complete transparency and control over your financial data — no black boxes, no vendor lock-in. Get started for free and see why developers and finance professionals are switching to plain-text accounting.