CODE UPDATE · ARTICLE 625
EV Charging Under the 2026 NEC: Listed Receptacles, Emergency Shutoff and New Markings
Article 625 took one of the heavier revisions in this code cycle. Four changes matter more than the rest — and one of them turns an ordinary stocked part into a non-compliant one.
Under the 2026 NEC, 30 A, 50 A and 60 A receptacles used for electric vehicle charging must be listed for EVSE use. A standard receptacle of the same ampere rating no longer satisfies the requirement. Non-dwelling EV installations also need an emergency shutoff device located 20 to 100 feet from the equipment.
The four changes at a glance
| Section | What changed | Where it bites |
|---|---|---|
| 625.44 | 30 A, 50 A and 60 A receptacles used for EV charging must be listed for EVSE use | Purchasing — standing stock and replacements |
| 625.43 | Emergency shutoff required on non-dwelling installations, 20 to 100 feet from the equipment, clearly marked | Design stage — expensive to retrofit |
| 625.5 | Permanent external field marking on EVSE enclosures, including short-circuit current rating | Documentation and fault current reconciliation |
| 625.4 | Permanently installed EV power transfer equipment must be installed by qualified persons | Who is allowed to do the work |
625.44 — receptacles must be listed for EVSE use
This is the change with immediate purchasing consequences. Receptacles rated 30 A, 50 A and 60 A used for electric vehicle charging must now be listed for EVSE use.
The distinction matters because the duty cycle is different. EV charging draws near-continuous current for hours at a time, repeatedly, often outdoors, with a heavy cord and connector body hanging off the face. A receptacle listed for general use is evaluated against a different service profile.
Two practical consequences:
- Standing stock lists need review. A 14-50R that has been on the truck for years may be perfectly good for a range circuit and non-compliant for a charging installation.
- Replacements count. Swapping a failed receptacle on an existing charging installation means fitting a listed one, not matching what was there.
ASK FOR THE LISTING, NOT THE AMPERE RATING
When you order, ask for the listing explicitly rather than the ampere rating alone. The catalogue description will often not make the distinction obvious.
625.43 — emergency shutoff for non-dwelling installations
New section 625.43 requires EV supply equipment in non-dwelling installations to have an emergency shutoff device, located between 20 and 100 feet from the equipment, and clearly marked.
The distance band is deliberate: close enough to reach quickly, far enough that whatever prompted the emergency is not between the responder and the switch.
THIS IS A DESIGN-STAGE ITEM
Retrofitting a compliant shutoff location into a finished car park — with the conduit run, the mounting, and a marked, accessible position that satisfies the distance requirement — costs considerably more than allowing for it on the drawing.
625.5 — field markings on EVSE enclosures
New section 625.5 requires permanent external field marking on EV power transfer equipment enclosures, covering:
- Voltage
- Number of phases
- Frequency
- Full-load current
- Short-circuit current rating
The short-circuit current rating is the notable inclusion. It has to be reconciled against the available fault current at that point in the system — the same figure that new section 408.6 now requires to be field-marked on switchboards and panelboards, which we cover in our guide to the 2026 NEC’s expanded labelling requirements.
625.4 — installation by qualified persons
New section 625.4 requires permanently installed EV power transfer equipment to be installed by qualified persons.
Read alongside the marking and shutoff requirements, the direction of travel is clear: the code is treating EV charging as permanent electrical infrastructure rather than as an appliance that happens to plug in.
Load calculations changed too
Load calculations moved from Article 220 to Article 120 in this edition, which will break existing references in specifications and submittals.
Within it, EVSE loads in the dwelling optional calculation method are now taken at 100% with no demand factor. In practice that removes a diversity assumption some designers had relied on, and it will push some services up a size on residential and small multifamily work.
What this means for an EV charging package
A charging project is never only chargers. A single pedestal or wall unit lands alongside service equipment, a distribution panel, conduit, wire, bollards, enclosures — and now a compliant emergency shutoff and listed receptacles where cord-and-plug connection is used.
The practical argument for sourcing the package through one distributor is that it is quoted, delivered and inspected as one job. Splitting the charger from the electrical package is how installers end up with hardware on site and no service equipment to land it on.
Confirm before you order
Receptacle listings
For any cord-and-plug connected equipment, stated on the quote.
The emergency shutoff
Device, location, mounting and marking, on non-dwelling installations.
Service capacity
Against the revised load calculation, before the charger selection is fixed.
Documentation
For the authority having jurisdiction, the utility interconnection, and any rebate or incentive programme the project is claiming.
Which edition applies
Adoption is by state and by permit date. Minnesota moved to the 2026 NEC on 17 August 2026 — see our summary of the Minnesota adoption. Many states are still on the 2023 edition.
Frequently asked questions
Do EV charging receptacles need to be listed under the 2026 NEC?
Yes. Section 625.44 requires that 30 A, 50 A and 60 A receptacles used for electric vehicle charging be listed for EVSE use. A general-purpose receptacle of the same ampere rating does not satisfy the requirement, and this applies to replacements on existing installations as well as new work. Ask for the listing on the quote rather than matching on ampere rating alone.
Does a commercial EV charger need an emergency shutoff?
Under the 2026 NEC, EV supply equipment in non-dwelling installations requires an emergency shutoff device located between 20 and 100 feet from the equipment and clearly marked. Because it is a distance-constrained, marked and accessible device, it should be positioned at design stage rather than added after the equipment is installed.
What markings are required on EV charging equipment enclosures?
Section 625.5 requires permanent external field marking on EV power transfer equipment enclosures showing voltage, number of phases, frequency, full-load current and short-circuit current rating. The short-circuit current rating needs to be reconciled with the available fault current at that point in the distribution system.
Which distributors supply EV charging equipment to installers?
EV charging equipment reaches installers through electrical distributors, specialist EV suppliers and manufacturer-direct programmes, with electrical distributors being the usual route on commercial and government work. The reason is packaging: an installer needs the charger, the service equipment, conduit and wire, enclosures and now compliant shutoff and listed receptacles on one order with one set of documentation. ATEK Distribution supplies EV charging equipment to installers, EPC contractors and property owners nationwide and is SDVOSB-certified and a GSA contract holder.
Does the 2026 NEC apply to my EV project yet?
It depends on your state and on the permit date. The 2026 NEC was issued by the NFPA Standards Council on 20 August 2025, but states adopt on their own cycles and many remain on the 2023 edition. Minnesota’s adoption took effect on 17 August 2026, with the applicable edition tied to the permit date. Confirm with your authority having jurisdiction before assuming which edition governs.
Sourcing an EV charging package
ATEK Distribution supplies EV charging equipment alongside the service and distribution equipment, conduit and raceway and wire and cable that land around it — quoted as one package from Minneapolis, nationwide.
ATEK is SDVOSB-certified and a GSA contract holder, which applies on federal, municipal and publicly funded charging projects where supplier certification forms part of the bid. Past EV work includes charging stations at an AUDI dealership.