Electrical panel upgrade cost is two bills, not one

Why four jobs get sold as one, and why that ruins a quote

The phrase “panel upgrade” is a sales category, not a scope. A homeowner searching that phrase is usually in one of four conversations, and the invoices they will see are different in each. The decision rule for which conversation you are in lives on the service page: when you actually need a panel upgrade. That page will not invent a national average either. This page owns the money conversation that follows the decision.

A like-for-like swap is a customer-side job. The electrician opens the existing enclosure, lands the existing branch circuits on a new bus, and the utility may still have to pull the meter for a few hours. If the ampacity is unchanged, several named utilities in the sample below list a $0 amp fee or a $0 company-side contribution. That $0 is not “the upgrade is free.” It is the utility’s ledger being empty while the electrician’s is not.

A service upgrade is two parties on two calendars. The electrician rebuilds the customer-owned entrance — mast or lateral, meter socket, load centre, grounding electrode system, often a meter-main because the adopted code wants an outdoor emergency disconnect. The utility resizes or replaces what it owns on its side of the point of delivery. Those two pieces of work do not share a price list, a permit, or a completion date. Competing pages add them together and call the sum “what a 200 amp panel costs.” The sum is not a job.

A meter-main combination is often what a 2020-or-later NEC jurisdiction actually requires when the service is being touched. NEC 230.85, in the 2020 cycle, requires an emergency disconnect in a readily accessible outdoor location for one- and two-family dwellings. Where that edition (or a later one) is adopted, “replace the indoor panel” is frequently the wrong SKU. The Home Depot-advertised Homeline outdoor combination SC2040M200C at $324.12 is a different hardware line from the indoor HOM4080M200PC at $268.21. The difference between those two advertised prices is $55.91 of retail hardware, not of labour, not of the utility, and not of the permit. Who owns the mast is a utility rule, not a preference.

A subpanel is the job when the constraint is spaces, not amps. A 200 A panel with every slot occupied cannot take an EV breaker, a heat-pump breaker and a range breaker, even if the load calculation still has spare demand. Tandems already in use, double-tapped lugs and a Federal Pacific or Zinsco bus are extras, not line items you discover after the bid. Count spaces on the panel space checker and run the demand on the load calculator as two questions. If the house is adding a charger, the charger conversation is its own cost page: EV charger installation cost.

What moves the electrician’s bill

The electrician’s invoice is labour, customer-owned material, permit pass-through and making-good. Ampacity change versus interior-only is the first fork: a same-size panel swap in an unfinished garage is a different day of work from a 100 A-to-200 A change that rebuilds the mast, the meter socket and the service-entrance conductors through a finished wall. The load-centre SKU is usually the small line on that invoice. The hours, the access, the extras and the permit are the large ones.

Spaces matter independently of amps. A 200 A panel with no spare slots is full. Adding an EV circuit, a heat pump and a range to a packed bus is a subpanel job or a service conversation, not “two more breakers.” Tandems already in use, double-tapped lugs and a Federal Pacific or Zinsco bus are extras, not line items you discover after the bid. A bid that prices only the new load centre, on a house that has any of those, is incomplete on purpose or by accident.

Location of the panel, and who owns the mast, decide how much of the run is the electrician’s. An indoor load centre fed from an outdoor meter through a short, accessible chase is one labour envelope. A panel in a finished closet, a meter on the far side of the house, a customer-owned underground lateral, or a mast the utility will not touch, is another. Drywall, plaster, a second storey, a crawl, a panel that has to move to satisfy 230.85, and restoration of a driveway over a customer-owned lateral are the lines that turn eight hours into twenty-four. This page does not invent a national hour-count for any of those. The 8 / 16 / 24 hour placeholders in the illustrations below are arithmetic devices so the wage input is visible at three values, not a time-and-motion study.

Aluminium branch wiring and Federal Pacific / Zinsco equipment are not “panel upgrade” work. They are remediation that a panel swap can uncover, and they change the electrician’s bill when they are in the house. Replacement of Stab-Lok equipment is its own job: see Federal Pacific replacement. Aluminium branch connections are a CPSC-recognised repair-versus-replace conversation that a new panel does not, by itself, close: see aluminum wiring remediation. Cost them on those pages, not as a silent adder on this one.

Labour is local. The May 2025 Occupational Employment and Wage Statistics median for electricians (SOC 47-2111) was $30.38 an hour ($63,190.00 a year). The lowest tenth earned less than $42,640.00; the 25th percentile $49,430.00; the 75th $83,940.00; the highest tenth more than $108,510.00. Inside electrical contractors — the industry that employs 66% of them, per the Occupational Outlook Handbook — the median was $61,570.00 a year. Government electricians sat at $79,820.00; manufacturing at $74,550.00; employment services at $57,760.00. Those are wages paid to wage-and-salary electricians, not billed rates. Payroll tax, workers’ compensation, vehicle, overhead and profit sit on top, and this page does not invent a national multiplier for them.

BLS wages as inputs — not a billed rate, not a job price

Every wage figure on this page is an Occupational Employment and Wage Statistics number for electricians, SOC 47-2111. Straight-time. Not a trip charge. Not a quote. The arithmetic below is HYRE: hours × a published median. It is here so a bid’s labour line has something to be compared with besides another bid.

The Occupational Outlook Handbook, last modified 27 August 2026, puts the May 2025 median for electricians at $63,190.00 a year, which is $30.38 an hour. The OEWS 10th–90th annual band is $42,640.00–$108,510.00; the hourly band is $20.50–$52.17. The 25th and 75th percentiles, from the same May 2025 OEWS distribution as republished by O*NET OnLine, are $49,430.00 and $83,940.00 a year ($23.76 and $40.36 an hour). OEWS counted 757,220 wage-and-salary electricians. The Handbook’s 821,000 jobs figure for 2025 includes the self-employed, who are out of OEWS; the Handbook puts that self-employed share at 7%. Those two employment numbers are not a disagreement. They are two frames.

Industry of employment moves the wage inside the same occupation. The Handbook’s May 2025 industry medians for electricians: electrical contractors and other wiring-installation contractors, $61,570.00; government excluding state and local education and hospitals, $79,820.00; manufacturing, $74,550.00; employment services, $57,760.00. Most of the people who will bid a residential panel work for the first of those. $61,570.00 a year is still a wage paid to an employee, not the number on the invoice you will be handed.

Geography moves it further, which is the point of refusing a national billed average. O*NET OnLine’s local-wage tables, citing the same May 2025 BLS OEWS estimates, put the median annual wage for electricians at $99,560.00 in Illinois ($47.87 an hour), $95,220.00 in Washington ($45.78), $78,750.00 in New York ($37.86), $102,350.00 in the Chicago-Naperville-Elgin metro ($49.21), $101,780.00 in Seattle-Tacoma-Bellevue, $105,090.00 in Portland-Vancouver-Hillsboro, and $63,150.00 in Denver-Aurora-Centennial ($30.36). Those are seven named geographies, not a sample of the United States, and they are still wages. Eight hours at the national median is $243.04. Eight hours at the Illinois median is $382.96. Eight hours at the Washington median is $366.24. Eight hours at the New York median is $302.88. Eight hours at the Chicago metro median is $393.68. Eight hours at the Denver metro median is $242.88. The spread between those eight-hour wage products is not “what a panel costs in Illinois versus Denver.” It is the labour input moving before anyone has opened a wall, pulled a permit, or spoken to a utility.

A contractor’s billed rate is higher than any of those medians because it carries payroll burden, workers’ compensation, vehicle, insurance, overhead and profit. This page does not invent a national multiplier for that stack. A page that multiplies $30.38 by an invented hour-count and an invented markup, then prints the product as “the average cost to upgrade a panel,” is manufacturing the national average we refused in the first paragraph. Type the labour line you were actually quoted into the electrical project cost tool. It will add the figures you type. It will not invent a national panel average either.

What moves the utility’s bill

The utility’s charge is not a tip on the electrician’s invoice. It is a tariffed contribution for facilities the utility owns: the overhead drop or underground lateral, the meter, sometimes a transformer, sometimes a line extension. Who pays, and how much, is written in that utility’s service-extension rule. Neighbouring utilities do not use the same rule. A house on one side of a municipal boundary can see a posted $400.00 contribution; a house on the other side can see a $0.00 company-side replacement of inadequate overhead. Those are not two observations of one national fee.

This is not a US average. ELE-66, the study that would sample utility tariffs nationally, is not published. What follows is five named utilities, quoted from their own pages, retrieved 5 September 2026. Do not treat the spread as a distribution. A sixth utility would not make this a national table.

Austin Energy publishes contribution-in-aid-of-construction charges for residential services that do not need a design: overhead service with a standard 200 A meter, up to 75 feet of service wire, is $400.00; underground service with a standard 200 A meter, up to 150 feet, is $800.00. A standard single-phase meter up to 320 A, where the service wire is already provided, is $200.00. The 320 A underground figure is $1,600.00; the 320 A overhead figure is $400.00. Specialty metering is actual cost. Where an Austin Energy design is required, the meter and service-wire charges are folded into the total line-extension cost instead of this menu. Page last reviewed 26 February 2026. These are Austin Energy’s charges, in Austin Energy territory, when no design is required. They are not a Texas average.

Seattle City Light publishes standard service charges in DPP 500 (effective 25 June 2025): $1,436.00 for 0–200 A overhead single-phase and $5,273.00 for 0–200 A underground single-phase. A separate amp fee of $6.36 per amp, with a 200 A credit on 120/240 V single-phase, applies when requested amps exceed the credit. DPP 500’s own worked example for a new 200 A 120/240 V single-phase service computes the amp fee as $6.36 × (200 − 200) = $0.00. A rewire with no increase in service size is listed at $0.00 amp fee. The amp fee is separate from, and not included in, the time-and-materials billing threshold. The $1,436.00 and $5,273.00 figures are the standard service charges; they are not the electrician’s price for changing the panel.

Con Edison states, in its electric-vehicle interconnection guide (revised 2026), that electric service is provided at no cost when the customer accepts Con Edison’s plan (“Company Plan”), and that there is no cost to customers for the Con Edison portion of service upgrades or new service if they accept that plan. Customers may still pay for customer-side work inside the property line. Temporary service is billed in full. That is Con Edison’s rule, not a national one, and it is not a waiver of the electrician’s invoice, the NYC electrical permit, or anything the customer owns on the house side of the point of delivery.

Dominion Energy Virginia (Virginia Electric and Power Company), in Terms and Conditions Section XXII.F, Service Upgrades, effective 1 January 2026 (filed 9 December 2025), states that for a previously served, individually metered permanent residence not located in a designated Underground Distribution Area, the Company will replace inadequate overhead facilities with adequate overhead facilities at no cost to the Customer. Inadequate underground facilities are also replaced at no cost, except where the Company deems the composition of the land such that normal trenching cannot be used — in which case the customer pays the amount by which the estimated underground cost exceeds the estimated cost of normal trenching — or where the customer requests or is required to install branch-feeder facilities off the Company’s Preferred Route, in which case the customer pays the difference in estimated installed cost. “Inadequate,” in XXII.A.1, means facilities that do not have the capacity to serve the load at the existing service characteristics. That $0.00 company-side figure is Dominion’s rule for replacing inadequate overhead, in Dominion Virginia territory, on a previously served house. It is not a $0 electrician. It is not Austin Energy. It is not Seattle City Light.

PG&E Electric Rule 16 applies the residential allowance determined under Rule 15 to service facilities first. Rule 15’s current residential allowance is $3,255.00 per meter or dwelling unit. Costs above the allowance are the applicant’s. Mixed-fuel new-construction allowances have been removed. PG&E’s SB 1210 disclosure (data through 6 August 2025, posted November 2025) reports an average invoiced cost of $9,605.06 for new single-family electric service under Rule 16 — new service, not an upgrade of an existing one, and not including Rule 15 distribution extensions. It is here so the allowance and the average invoice are not confused with each other, and so a “PG&E panel upgrade cost” search result that reprints the new-service average as an upgrade price can be marked as the wrong row.

Published customer charges at five named utilities for service facilities. These are those utilities’ figures, retrieved 5 September 2026. They are not a US average, not a sample, and not the electrician’s bill. Do not average the bars.

Named permit examples

Permit fees are municipal, or in parts of Washington they are the Department of Labor & Industries’ electrical program. They are not a percentage of the electrician’s bid unless that city writes them that way. They are also not “typically $X nationally.” Eight 2026 schedules, for a roughly comparable residential 200 A service or panel job, are on this page because we retrieved them. A ninth jurisdiction would not make a national fee. ELE-65, the city-by-city permit study, is not published.

The schedules do not even price the same object. New York City prices a service switch, a service-entrance set and a panel as three line items plus a filing fee. Houston prices a meter loop by kilowatts plus an administrative fee. Seattle prices a new or altered service by ampere band plus an administrative fee, and prices a mast-and-meter-base-only repair as a different specialty line. Portland prices a 200 A service or feeder as one number, and a reconnect-only as another. Washington L&I prices an altered 0–200 A service or feeder, including circuits, as one inspection fee, and a meter/mast repair as another. Oklahoma City prints a base fee for a 240-volt single-phase service up to 200 A, plus inspection lines, and a separate residential service-change line up to 200 A. San Francisco’s Category 1 residential table folds a 200 A service upgrade into a band that also covers up to 40 outlets. Los Angeles County prices an issuing fee plus a per-service-or-panelboard fee by ampere and voltage band. Adding those eight methods together and dividing by eight is not a typical permit. It is a category error.

Worked illustrations, from sourced unit inputs

The worked illustrations below are HYRE calculations: published unit prices added under stated assumptions. They are not measured job costs, not quotes, and not a range you should expect. The point of writing them down is to show which ledger each line belongs to.

Three hour-counts — 8, 16 and 24 electrician-hours — are run at the May 2025 OEWS median of $30.38/hour. That product is wages, not a billed rate. A contractor’s invoice for the same hours is higher by payroll burden, overhead and profit, which we do not estimate because we have no sourced national multiplier. Hardware is a Home Depot advertised price for named Square D, Eaton and Southwire SKUs, not a contractor’s distributor net. Permit lines are the named 2026 schedules above. Utility lines are the named tariffs above. Change any one of those and the arithmetic moves; none of the movement is a national average.

Illustration A is the interior-only job: same ampacity, accessible indoor panel, no mast, no meter-main, no aluminium-branch or FPE extra, Houston permit lines, and a utility that is pulling the meter but not resizing the service. Illustration B is the 100 A-to-200 A overhead service change, with a meter-main SKU, a 20-foot SER hardware line at the advertised per-foot price, Seattle permit lines, and the utility charge shown twice — once as Austin Energy’s overhead 200 A CIAC and once as Seattle City Light’s overhead standard charge — so those two tariffs are not blended. Illustration C is the same service change with the extras written down as extras: a Federal Pacific replacement is still a load-centre swap until the service is also changing, and aluminium branch remediation is a different commercial page. C is not priced as a sum, because we do not have sourced COPALUM, AlumiConn or whole-house-rewire unit prices we will defend as job cost. C exists so a bid that is silent on those extras can be marked incomplete.

What a quote has to itemise — and why a lump sum is not comparable

Two written estimates that each say “200 amp panel upgrade” are not two observations of one price. They are comparable only after the same lines have been named on both. The checklist below is the split this page uses: which of the four jobs, the load calculation, the spaces, the permit, the utility, the meter-main, the extras, the licence. A bid that refuses the split is not cheaper. It is unread.

The permit line is the one a lump sum most often swallows. In the eight schedules on this page it runs from a Los Angeles County issuing-plus-one-panelboard HYRE sum of $99.70 to a San Francisco Category-1 line of $580.00. That is not “permits typically $X.” It is eight named authorities pricing eight objects. $0.00 on a bid does not mean the work is exempt. It means the fee is somewhere else, or it has not been pulled.

The utility line is the one a lump sum most often hides. In the five tariffs on this page it runs from $0.00 (Con Edison company portion with Company Plan; Dominion Virginia inadequate-overhead replacement) through $400.00 (Austin Energy overhead 200 A) to $5,273.00 (Seattle City Light underground 0–200 A). PG&E’s $3,255.00 residential allowance is not a charge; it is a cap on what PG&E will put on its own side before the applicant pays the excess. A bid that is silent on the utility is not a complete price for a service upgrade. Ask which utility, which tariff, who owns the mast, who pulls the meter, who reconnects, and whether a contribution is due.

The extras line is the one that turns a cheap panel into a second invoice. Federal Pacific, Zinsco, aluminium branch terminations, grounding-electrode upgrades, AFCI/GFCI as the adopted code requires them, and making-good of drywall are either in the scope or they are a change order. Unwritten extras are how a “cheap panel” becomes a second invoice. Type the lines you were given into the project-cost tool rather than averaging two unlike lumps.

Federal Pacific, aluminium, and other extras that are not “the panel”

Federal Pacific Stab-Lok equipment was the subject of a two-year CPSC investigation that closed in 1983 without a recall. The Commission’s 3 March 1983 release (83-008) said the data then available did not establish that the breakers posed a serious risk of injury, and that staff lacked the data to accept or refute the manufacturer’s position. A 18 February 2011 staff note on the same release added that the Commission closed the matter “without making a determination as to the safety of FPE circuit breakers or the accuracy of the manufacturer’s position on the matter.” That is not a finding that the equipment is safe, and it is not a recall. Insurers and inspectors treat FPE (and Zinsco) as a replacement conversation regardless.

When FPE is in the house, it changes the electrician’s bill in one of two ways. If the service ampacity is staying, the job is a like-for-like load-centre replacement: Illustration A’s shape, with the extra of landing every branch on a listed bus and throwing away the Stab-Lok breakers. Aftermarket Stab-Lok-type breakers are not the job. If the service is also being resized, you have Illustration B plus the FPE extra: the hazard-era product and the ampacity change on one permit, two reasons, one set of service-entrance labour. A bid that prices only the new 200 A box, on a house whose existing panel is Stab-Lok, has not said which of those two it is. Replacement of that equipment is its own commercial page; cost the product decision on Federal Pacific replacement, not as a silent adder on this one. Do not DIY it. Do not remove the dead-front to “be sure.”

Aluminium branch wiring is a CPSC-recognised residential issue with two accepted repair methods (COPALUM and AlumiConn) and a full-rewire alternative. CPSC Publication 516, Repairing Aluminum Wiring, June 2011, still the current numbered pamphlet when we retrieved it, ranks complete copper replacement first, COPALUM second, and AlumiConn third and conditional on COPALUM being unavailable locally. Twist-on connectors and CO/ALR devices are not, in CPSC’s published view, a permanent repair. CPSC is explicit that those repairs do not apply to larger-gauge aluminium used for service-entrance cable, dryers and ranges — so the 4/0 aluminium SER in Illustration B is not this problem. The problem is the solid #12 and #10 aluminium on the 15- and 20-ampere general-purpose circuits.

A panel upgrade on an aluminium-wired house that does not say what happens to the branch terminations is not a complete scope. The new load centre’s lugs can be listed for aluminium. That listing does not remediate the receptacle, switch, fixture and junction connections in the rooms. Under COPALUM and AlumiConn the original aluminium stays in the walls; only a copper rewire removes it. That distinction is what a carrier is asking about when it underwrites the house. Citizens Property Insurance — Florida’s residual market — will accept documented COPALUM or AlumiConn at every aluminium-to-copper connection, or a full copper rewire (FAQ updated 16 April 2026). That is one named carrier’s rule, not a national fact. Ask your own insurer which of the three methods it will accept, in writing, before you pay for one. Whole-house rewiring is a different commercial page; the aluminium-specific decision lives at aluminum wiring remediation.

An EV circuit is also a different job, with its own distance-and-capacity drivers. If the panel work exists to land a charger, read it against EV charger installation cost and EV charger installation rather than padding this invoice with a charger SKU. Spare amps and spare spaces fail independently; a 32 A charger is a 40 A-class continuous load and a 48 A charger is a 60 A-class load. If leftover covers that figure and two spaces exist, the job may be a circuit. If it does not, a service change is one path and energy management under NEC 625.42 is another.