EV Charger Permit and Inspection: What the Inspector Checks

The City of Burlingame, California, says every breaker serving an EV charger "must be verified for proper torque," and that the electrical contractor is to be on site with a torque wrench and a torque screwdriver. That line sits in the city's charger guide next to a list of tools required for inspection: torque screwdriver, torque wrench with sockets, extra-long slot and square-tip drivers, channel locks, phase tape, a ladder (City of Burlingame, Electric Vehicle Charger Guide, version 1.0 revised 27 June 2017, read 17 October 2026). The guide is old and written to the 2016 California Electrical Code. But it shows something most "do I need a permit" answers skip: the inspection is not a look at the charger. It is a check of the circuit behind it, done with tools, against a list.

This piece walks that list. It covers who is allowed to file the permit, what the application asks for, what two published fee schedules charge (San Diego's inspection line is $264.25 per charger; Washington's per-panel circuit line is $78.80), when the inspection has to be called, and what the inspector looks at once the panel cover is off. The sources are permit bulletins, inspection checklists and state forms, each linked with the date it was read. None of this is an instruction to wire anything, and this site is not an electrician or an inspector. The permit office that inspects your address, the authority having jurisdiction, decides what passes.

Who files the permit, and what the owner signs

The short version: whoever does the work holds the permit. Washington's Department of Labor & Industries states it plainly in its homeowner guidance: "An electrical permit must be purchased by the person, company or organization doing the work. Only property owners or electrical contractors can purchase an electrical permit" (L&I, Electrical Work on Residential Property, F500-078-000, 11-2015 edition, read 17 October 2026).

That rules out a common arrangement where the owner pulls a permit for work a contractor performs. The owner permit is not a cheaper version of the contractor permit. It is an exemption from licensing for people doing their own work, and Washington makes the owner sign for it. The current application opens: "In Washington, only licensed electrical contractors employing certified electricians may perform electrical work. Property owners and qualifying nonprofit entities may apply for an exemption from these requirements by completing this application and signing the affidavit below before beginning electrical work" (L&I, Property Owner Electrical Work Permit Application, F500-094-000, 07-2026, read 17 October 2026).

The affidavit has conditions worth reading before anyone decides to do the work themselves:

• The owner's name, or the owner's company, must be on the deed. "Real estate agents, property management companies, relatives, etc. cannot purchase permits for the property owner."
• A lessee can apply only with a copy of the lease showing permission to do electrical work.
• For an existing home, the owner checks a box that reads: "I will not offer the property for sale within 12 months after obtaining the property, and I, personally, and/or a regularly employed employee(s) will be doing the electrical work."
• The permit, once issued, is valid for one year.

The same form tells applicants to stop if the property is inside city limits, because "some cities perform their own inspections." That is the first thing to settle anywhere: which office inspects your address. In Washington, L&I is the default, and cities such as Seattle run their own programs. Seattle's guidance agrees on the homeowner point: "A homeowner of a single family residence may perform their own installation and obtain the permit. However, we recommend the work be done by a state licensed and bonded electrical contractor" (Seattle SDCI, Tip 132, Installation of Electric Vehicle (EV) Charger for Single-Family and Multifamily Homes, updated 25 July 2022, read 17 October 2026).

San Diego handles the owner case with a separate form. Its bulletin says that "if the property owner is doing the work, a separate Owner-Builder Verification form (DS-3042) must be completed and signed by the owner" (City of San Diego, Information Bulletin 187, How to Obtain a Permit for Electric Vehicle Charging Systems, May 2026, read 17 October 2026). For anything beyond a single dwelling, duplex or townhouse, the same bulletin's checklist adds that "all EVCS installations must be completed by a licensed electrical contractor (C-10)."

If a contractor is doing the job, the contract should say who pulls the permit. The installation quote guide covers why "permit by owner" on a bid is a cost moved onto you, not a cost removed.

Paperwork the permit office wants before it inspects

A residential charger permit is usually a no-plan or "simple" permit, but simple does not mean blank. What each office wants on paper tells you what it will check later.

San Diego lets single dwellings, duplexes and townhouses skip plan review entirely. They apply online under "Simple No Plan Permits." In place of drawings, the city requires its Circuit Card for single-family dwellings (the bulletin lists it as DS-1779 and, in its plans section, DS-1779A), and "load calculations must be included on the Circuit Card. The Circuit Card must be provided at the site for the inspection staff with listing equipment." Historic resources and projects in historic districts do not qualify for the simple route.

Seattle's Tip 132 says electrical permits for a 40-amp Level 2 charger in a single-family residence "require no plan review and may be obtained online," and that Level 2 and 3 chargers may need plan review when fed by services or feeders rated 400 amps or more.

Burlingame's 2017 guide asks for more paperwork than either city, and its list is useful as a preparation checklist even where nobody demands it:

• the type of charging system and its location (inside the garage or carport, or outdoors)
• photographs of the existing panel with the cover on, with the cover off, a close-up of the panel rating label, and a close-up of the breakers and their labels
• load calculations
• a letter from the utility if the main panel is being relocated
• an HOA approval letter, "if applicable"

Two cautions on that last item. California law has since moved: San Diego's 2026 bulletin states that "EVCS do not require the approval of an association," and the state's streamlining scorecard, covered below, grades cities on exactly that point. And the right-to-charge rules that limit what an association can demand are their own subject, covered in the HOA request guide.

The load calculation is the part that decides whether the job is a circuit or a service upgrade. If you want to see what the inspector will expect that number to show, the NEC 220.87 walkthrough builds it from a utility bill.

Illinois offers a different style of paperwork. The City of Montgomery's charger inspection checklist, undated as posted, asks for a description of the equipment in one line: "Model, Amperage, Wattage, number of connectors, mounting type, hard wired vs plug-in, communication type" (City of Montgomery, Illinois, EV Charging System Inspection Checklist, read 17 October 2026). Then a second line for the infrastructure: new breakers, branch runs, new panels, switchboard modifications, utility service upgrades. If you can fill in both lines before calling anyone, you know your own job.

Two published fee schedules, line by line

Permit fees are set locally and change, so the only honest way to quote them is with a date and a source. Two that publish clear numbers:

The Washington figures come from L&I's 1, 2, and Multifamily Dwelling Residential Electrical Fee Worksheet (07-2026, read 17 October 2026). A charger that adds one circuit to one panel falls under the per-panel circuit line. If the job also alters the service, the altered-service line is the one that "includes circuits."

The worksheet carries a note that matters more than any single fee: "Permit fees must support the number of inspections needed. Additional progress inspection fees may be necessary." In other words, the base fee buys a set number of trips. A job that needs a rough-in visit before drywall and a final afterwards may need progress inspection time added. L&I's guidance also says the inspector "will adjust the fee if the information you provide is incomplete or inaccurate," so a vague work description does not save money.

San Diego's refund rule is split: "Plan check, inspection and administrative fees are non-refundable. Inspection fees may be refundable." The bulletin points to its refund application form for the conditions.

None of these numbers is the cost of the installation. They are the city's share. A permit line on a quote that is much higher than the published fee is the contractor's time to file and attend, which is a fair charge, but it should be visible as such.

When the inspection has to be called

Timing is a rule, not a courtesy. L&I's homeowner guidance (the 11-2015 edition linked above) sets a deadline that runs from whichever event comes first: "You must request an inspection prior to covering any electrical work, no later than three business days after completing the work or one business day after any part of the installation has been energized, whichever occurs first." The same publication ends with a single sentence printed on its own: "No electrical work may be covered before it is inspected and approved."

That last line is why a concealed run behind finished drywall is a different job from surface conduit across a garage wall. Wiring that will be hidden has to be seen before it is hidden. Charging a car on a circuit that has not been inspected also starts the one-business-day clock in Washington, because the installation has been energized.

L&I says most inspections are performed within 48 hours after the request, that online requests made before midnight reach the inspector the next morning, and that cancellations should come in before 8:30 a.m. on the day, or "may result in additional fees."

On the day, someone has to open the panel

Inspectors generally do not open live equipment themselves. San Diego's bulletin is direct about it: "Inspectors are not authorized to open energized electrical equipment. A responsible person shall be present to open any live electrical equipment for inspection." The city also requires access "to all equipment, including the electrical service equipment that supplies power to the EVCS," and wants the charger manufacturer's installation instructions on site, along with the Circuit Card for a residential garage.

Burlingame goes further. Its guide says "a representative of the installing contractor must be onsite for all inspections" and that this person must understand the project and be able to perform every item on the checklist. One inspection is required after the wiring and charger are installed, the guide says, with more possible depending on scope.

L&I's list of homeowner responsibilities is mundane and easy to miss: restrain domestic animals or "the inspection will not be made," provide safe access by steps or ladder if needed, keep the site free of hazards, and know that inspectors "will not enter any work site when minors are present unless the owner or the owner's adult representative is present." A missed trip can carry an extra fee.

So the practical preparation is the same everywhere: clear the panel, have the manual for the exact charger model printed or on a screen, have the person who did the wiring there, and make sure the inspector can get to the service equipment as well as the garage wall.

The checklist, item by item

The clearest public list found for this article comes from Warrenville, Illinois. Its field checklist, undated as posted, says its intent "is to provide transparent and well-defined information to minimize the number of re-inspections and accelerate project completion" (City of Warrenville, Electrical Vehicle Charging System (EVCS) Field Inspection Checklist, read 17 October 2026). It opens with an instruction: make sure all EVCS disconnects and breakers are de-energized, then verify. Grouped by what the inspector is actually looking at:

Listing and instructions. Equipment must be "listed and labeled according to the approved plan and manufacturers' instructions." The charger must be "located and installed in accordance with the approved plan and manufacturers' instructions." This is why the manual has to be on site. If the instructions call for a specific breaker size, mounting height or clearance, that becomes the standard the installation is held to.

The breaker. "Overcurrent devices are the correct size and type according to the approved plan, electrical service equipment rating and the manufacturers' installation instructions." Burlingame adds a condition that catches breakers bought separately: "All new and existing circuit breakers shall be listed to be used with panel (usually the same manufacturer)."

The 125 percent rule. Warrenville's item 12: "Confirm EV charging circuits meet required 125% of continuous load [NEC 625.41]." EV charging counts as a continuous load, so a charger set to deliver 48 amps needs a circuit rated at least 48 × 1.25 = 60 amps. A 48-amp setting on a 50-amp breaker fails that arithmetic. The charger amps guide covers why a lower setting often costs less charging speed than people expect.

Dedicated circuit. "Confirm EVCS circuits are dedicated or fit with NEC 625 parameters for sharing EV charging circuits [NEC 625.40 and 625.42]." A charger tapped off an existing circuit without a listed sharing or load-management device is the case this line is written for. Where load management is used to avoid a service upgrade, the inspector will look at the device and its setting; the panel upgrade alternatives piece covers what code permits there.

Conductors and conduit. Conductors must be "of the correct size and type," conduit "properly secured, supported, and routed to prevent physical damage," and penetrations sealed. Warrenville adds a local rule many places do not have: "Electrical wiring must be in conduit, EMT for interior and IMC or RIGID for exterior." Burlingame lists support spacing for EMT, IMC and rigid conduit, fastened "at least every 10' and within 3' of each outlet box."

Working space. Access and working space around the charger, its disconnect and the panel must be maintained under NEC 110.26. Burlingame and San Diego both put the minimum at 30 inches wide, 3 feet deep and 6 feet 6 inches high. A charger mounted where a shelf, freezer or water heater now sits in front of the panel can fail on this alone.

Grounding and labels. Grounding and bonding per the manufacturer and the NEC, and "equipment and panel are properly labeled." Burlingame: "All new and existing circuits must be labeled." The panel directory is part of the inspection.

Receptacles. For a plug-in unit, "receptacles use GFCI protection [NEC 625.54]" and "receptacles in wet locations have weatherproof enclosures [NEC 625.56]." The GFCI question is the most argued item in residential charger inspections, and the hardwired-versus-receptacle trade-offs are in the hardwired vs plug-in guide.

Workmanship. The first item on the list is a visual check that outlets, conduit, terminations and breakers are installed properly and undamaged, that cover plates are present, and that the work is done "in a neat and workmanlike manner [NEC 110.12]." Montgomery's checklist adds an inspection of "all circuit breaker panels... for any sign of damage or signs of loose connections."

Then there is torque, which is where the Burlingame tool list comes from. NEC 110.14(D) in the 2020 edition reads: "Tightening torque values for terminal connections shall be as indicated on equipment or in installation instructions provided by the manufacturer. An approved means shall be used to achieve the indicated torque value" (text as published at ElectricalLicenseRenewal, 110.14(D), read 17 October 2026; that page reproduces the 2017 and 2020 wording, not later editions). An informational note lists torque tools and devices "such as shear bolts or breakaway-style devices with visual indicators" as examples. The 2017 text had required "a calibrated torque tool" specifically. A lug tightened by feel is the kind of connection the rule exists for, and some offices check it in person.

Local checklists also add things the NEC alone would not. Burlingame's 2017 guide, for instance, says "there shall be no electrical equipment, conduit, conductors 10' above the gas meter or within 18" of the service riser," and puts the charging connector between 18 and 48 inches above the floor indoors and 24 to 48 inches above grade outdoors. San Diego's checklist for installations other than single-family garages gives 36 to 48 inches unless the manufacturer says otherwise. Different offices, different numbers. That is the reason to ask for your own office's checklist instead of trusting one found online, including the ones quoted here.

The disconnect question depends on the code edition

Whether a hardwired home charger needs its own disconnect is a question where the answer changed in the newest code, and the edition your jurisdiction adopted decides it.

The 2023 NEC 625.43 reads: "For EVSE and WPTE rated more than 60 amperes or more than 150 volts to ground, the disconnecting means shall be provided and installed in a readily accessible location. If the disconnecting means is installed remote from the equipment, a plaque shall be installed on the equipment denoting the location of the disconnecting means. The disconnecting means shall be lockable open in accordance with 110.25." A typical home unit delivering 48 amps on a 240-volt circuit, 120 volts to ground, is under both thresholds.

The 2026 edition reorganised the section and removed those thresholds. Its 625.43(C) reads: "For permanently connected EVSE and WPTE, a disconnecting means shall be provided and installed in a readily accessible location. If the disconnecting means is installed remote from the equipment, a plaque or directory shall be installed on the equipment denoting the location of the disconnecting means." Cord-and-plug units rated not over 60 amperes or not over 150 volts to ground may use the cord and plug as the disconnect, and the disconnecting means still has to be lockable open under 110.25.

A new 625.43(D) adds emergency shutoff devices, marked "EVSE EMERGENCY DISCONNECT," for permanently connected equipment "for other than one- and two-family dwellings," so a detached house is outside that part (both editions' text as reprinted by a continuing-education site, ElectricalLicenseRenewal, 625.43, read 17 October 2026; NFPA's own text is the authority).

Under a 2026 adoption, then, the same 48-amp hardwired unit that needed nothing extra in 2023 needs a readily accessible disconnecting means and, if that disconnect is not at the charger, a plaque on the charger saying where it is. Whether a lockable breaker in the panel satisfies "readily accessible" for your garage layout is a question for the plan reviewer, not for a forum post. Ask it before the charger goes on the wall, because a plaque is cheap and a relocated disconnect is not.

Adoption runs years behind publication, and states amend the text. NFPA's NEC enforcement maps page, read 17 October 2026, says that as of 3 August 2026 the 2026 NEC was in effect in six states, the 2023 NEC in 20, the 2020 NEC in 15, the 2017 NEC in three and the 2008 NEC in two. NFPA 70 is readable through NFPA's free access portal. Montgomery's undated checklist above still asks about disconnects only "for systems rated over 150 VAC and 60 amps," the older threshold, which is one more reason a checklist found online is not a statement of current law. City programs can differ from the state, so the permit office's own answer is the one to keep.

Skipping the permit, in a state's own words

Washington spells out what unpermitted electrical work can cost, at least as of the 11-2015 edition of L&I's homeowner guidance: "You could face a fine of up to $2,000 for failing to obtain a permit before beginning electrical work. Each day and each location on which a violation occurs constitutes a separate violation." There "could be additional penalties for failing to correct violations found during an inspection," and "your electrical power might be disconnected if you fail to comply with the law."

The same page names the costs that come later: "The lack of a permit, inspection and approval could affect the safety of your home or business, your ability to obtain financing, and your ability to sell your property, obtain insurance or collect on insurance claims." That is a state agency's general warning, not a promise about any particular lender or insurer. Still, a charger is visible equipment on a garage wall, and a buyer's inspector or an adjuster can ask for the permit record behind it. Most permit offices let anyone look up a permit by address, which is also the fastest way to check whether a house you are buying had its charger permitted.

There is also the plain safety reason L&I prints at the top of the same document: an NFPA estimate of 47,700 home structure fires in 2011 involving some type of electrical failure or malfunction. The checklist items above, torque and conductor size and breaker listing, are the parts of a charger circuit that cannot be seen once the cover goes back on.

California's permit clock

California is the one state found where the law itself sets a pace for charger permits. Government Code 65850.7, enacted by AB 1236 in 2015, requires every city and county to adopt a streamlined, expedited permitting process for EV charging stations, and AB 970 (2021, Government Code 65850.71) added deadlines.

The Governor's Office of Business and Economic Development summarises the scorecard it grades local governments on: a streamlining ordinance, permitting checklists online for Level 2 and DC fast charging, administrative approval, "approval limited to health & safety review," electronic signatures, "EVCS not subject to association approval," and "one complete deficiency notice if application is incomplete" (GO-Biz, Electric Vehicle Charging Station Permit Streamlining Fact Sheet, version 1, read 17 October 2026).

For a project of 1 to 25 stations at a single site, the fact sheet says the application is deemed complete if the city has not found it complete or issued a written deficiency notice within 5 business days, and deemed approved 20 business days after it was deemed complete, subject to the conditions the statute lists. The same sheet notes that utility approval is "a separate and distinct approval process," and that before a station can be used "it must pass final inspection(s) by the local permitting jurisdiction and utility."

For a homeowner in California, the useful part is the checklist requirement. Every city and county is supposed to have its charger checklist online. Download it before choosing a contractor, check the items above against it, and hand it to every bidder. The remaining work is making the circuit match that page.