Electricity Bill Surcharges Explained: Customer Charge, Delivery, Riders (2026)

Your electricity bill almost certainly has more than one number on it. The advertised “rate” you saw when shopping for a supplier — say 11.5 cents per kWh — is rarely what you actually pay. By the time you add the customer charge, delivery charge, transmission charge, capacity charge, and a parade of riders and surcharges, the all-in cost can be 60–100% higher than the headline supply rate. Understanding what each line item actually does (and which you can change versus which you’re stuck with) is essential to comparing supplier plans honestly and spotting bills that are out of line. This guide walks through every common surcharge you’ll see on a residential electricity bill in 2026, what it pays for, and what (if anything) you can do about it.

The Two-Part Bill: Supply vs. Delivery

In every deregulated state, your electricity bill is split into two halves. The supply side (also called “generation”) covers the cost of producing the electricity itself. This is what your supplier — Constellation, Direct Energy, Reliant, Octopus, whoever — sells to you. When you “switch suppliers” or “shop your rate,” you are only changing the supply side. The delivery side (also called “distribution” or “transmission and distribution,” T&D) covers the cost of moving electricity from the generator to your house through wires, substations, and meters. This side is provided by your local regulated utility — Con Edison, PSE&G, ComEd, AEP Ohio, Centerpoint, etc. — and you cannot shop for an alternative. It is whatever the regulator approves.

This is the source of the most common consumer confusion: even when you find a supplier offering 8 cents/kWh and switch, your bill total per kWh might still be 15–18 cents because the delivery side is unchanged. The supplier comparison is real — it saves real money — but it only affects roughly 35–50% of the total bill in most markets.

The Customer Charge (Basic Service Fee)

The customer charge is a flat monthly fee on the delivery side that you pay even if you use zero electricity. It typically runs $7–$15/month in residential markets, sometimes higher for commercial accounts. It covers fixed costs of having a meter, billing system, and service connection regardless of usage. You cannot avoid the customer charge by using less electricity. The only way to eliminate it entirely is to disconnect from the grid, which is rare. Low-usage households (small apartments, vacation homes used a few months per year) feel this charge most acutely because it can dominate their bill.

Distribution Charges

Distribution charges cover the cost of the local wires and equipment that bring electricity to your neighborhood and house — local substations, distribution transformers, the wires on your street, and your service drop. These charges are usually billed as cents per kWh and run 3–7 cents/kWh in most markets. They are regulated, change occasionally with rate cases, and apply regardless of which supplier you choose.

Transmission Charges

Transmission charges cover the high-voltage long-distance grid — the giant towers and lines that move bulk power from generators to distribution networks. These run 1–3 cents/kWh in most markets and are also regulated, also apply regardless of supplier. In some states the transmission charge is bundled into the distribution line item; in others it’s listed separately.

Capacity Charges

Capacity charges are weird and worth understanding. They are not a payment for electricity you used — they are a payment for grid capacity that was reserved to meet your peak demand. In several markets (PJM territory: PA, NJ, MD, DE, OH, IL parts) capacity charges can add 2–5 cents/kWh on top of the supply rate. PJM auctions capacity 3 years in advance, and the cost flows through to retail customers based on each household’s contribution to the system peak (PLC, or Peak Load Contribution). Heavy summer afternoon users pay more capacity charges next year than light users.

Capacity charges are usually invisible on residential bills — they are baked into the supply rate. But on commercial bills and on transparent “pass-through” residential plans, you’ll see them itemized. They are an argument for shifting heavy loads off summer afternoon peaks even if you’re not on a TOU plan, because your PLC is set during a few critical summer hours and dictates next year’s capacity exposure.

Riders, Adjustments, and Recovery Charges

This is where bills get cluttered. Common riders include:

• Storm recovery — recovers utility costs from major storm damage
• Renewable portfolio standard (RPS) compliance — funds purchases of renewable energy certificates required by state law
• Energy efficiency programs — funds utility-run rebate programs (heat pumps, insulation, LED bulbs)
• Low-income assistance — funds bill-payment help for qualifying households
• Decoupling adjustment — makes the utility “whole” if usage drops below forecasts
• Stranded cost recovery — pays off legacy power plants that were rendered uneconomic by deregulation
• Smart meter / AMI recovery — funds smart meter rollouts

These vary by state and utility. Most are small individually (a fraction of a cent per kWh each) but cumulatively can add 1–3 cents/kWh. You cannot opt out of regulatory riders.

Taxes and Franchise Fees

State and local sales taxes, gross receipts taxes, and municipal franchise fees can add 3–10% to the total bill depending on jurisdiction. New York City households pay particularly high franchise and gross receipts fees. Some states exempt residential electricity from sales tax (Texas exempts the first 1,000 kWh in many cases); others apply full tax to every kWh.

The “Effective Rate” Concept

Because supplier shopping affects only part of your bill, the only honest comparison is the effective all-in rate: total bill ÷ kWh used. Do this calculation on your last three bills. If the supplier portion is 11 cents and the delivery+riders+taxes portion is 8 cents, your effective rate is 19 cents/kWh — and a 1-cent improvement on the supply side only moves the needle 5%, not 10%. This framing prevents the common mistake of switching to a “cheaper” supplier whose plan saves $50/year while a friend’s supplier on the same delivery utility saves $200/year. Both moves only affect supply; the larger move was real, the smaller move was marketing.

Spotting Surcharge Errors on Your Bill

Bill errors are uncommon but do happen, especially when you switch suppliers, move, or enroll in a new program. Watch for:

• A “early termination fee” that shouldn’t be there — usually triggers when a plan auto-renewed without notice or when a switch was misclassified as a cancellation
• Estimated vs. actual reads — utilities sometimes estimate consumption and “true-up” later; large positive true-ups can mean the estimate was wrong
• Two suppliers billed in the same cycle — happens during the switch transition month; verify only one supplier per kWh used
• Unexplained “miscellaneous” or “regulatory” charges — call and ask for the line-item explanation. Utilities are required to explain every charge on request.

Frequently Asked Questions

Why does my friend in the same state have a different delivery rate?
Delivery rates are utility-specific, not state-wide. A household in PSE&G territory pays different delivery rates than one in Atlantic City Electric territory, even though both are in New Jersey. Multiple utilities operate within most states.

Can I avoid the customer charge by going solar?
No. The customer charge is for having a connection, not for using electricity. Even net-metered solar customers with $0 net usage pay the customer charge. Off-grid is the only way to eliminate it, which usually doesn’t make financial sense.

Do prepaid plans avoid these surcharges?
No. Prepaid plans (mostly in Texas) include all the same surcharges; they just bundle them into a daily or per-kWh rate that you pay in advance. Effective rates on prepaid are usually 1–3 cents/kWh higher than equivalent postpaid plans.

Are surcharges higher in winter or summer?
Some are, some aren’t. Capacity charges and demand-related riders are typically set by summer peak conditions. Storm recovery and weather riders fluctuate year to year. Customer charges and base distribution rates are flat.

Will a TOU plan eliminate surcharges?
TOU plans change only the supply side of the bill. Delivery charges, customer charges, taxes, and most riders are unchanged. TOU saves money via cheaper off-peak supply rates, not via fewer surcharges.

Final Thoughts

The advertised supplier rate is the first number on your bill, but rarely the most important. To accurately compare plans, calculate your effective all-in rate from total bill divided by kWh used, then shop on the basis of total annual cost rather than headline cents-per-kWh. Most households in deregulated states have 30–50 supplier choices and 4–8 plan structures (fixed, variable, TOU, prepaid, green, etc.) within each supplier. A careful shop, run once a year at contract renewal time, typically saves $150–$500 annually relative to passively staying on the local utility’s default service.