EV Charging Electrical Inspection Checklist for Georgia

Georgia electrical inspectors and property owners preparing for EV charger sign-off face a structured set of verification requirements drawn from the National Electrical Code as adopted by Georgia, plus state-level amendments administered by the Georgia State Fire Marshal's Office and local Authorities Having Jurisdiction. This page covers the discrete checkpoint categories an inspector evaluates during an EV charger electrical inspection, how those checkpoints map to code sections, what scenarios trigger different inspection pathways, and where the boundary lies between a passing and failing condition. Understanding this checklist structure helps contractors submit complete work and reduces the frequency of re-inspection.

Definition and scope

An EV charging electrical inspection checklist is the ordered set of technical verification items a licensed electrical inspector confirms before issuing a final approval on an EV supply equipment (EVSE) installation. In Georgia, the legal basis for this inspection sits within Georgia's adopted edition of the National Electrical Code, enforced through the Georgia State Minimum Standard Electrical Code under the authority of the Georgia Department of Community Affairs (DCA). Local jurisdictions — Atlanta, Fulton County, DeKalb County, and others — may adopt supplemental amendments but cannot reduce below the state floor.

The checklist addresses three installation classes:

• Residential EVSE — single-family and duplex installations, typically Level 1 (120 V) or Level 2 (240 V, up to 80 A continuous)
• Commercial EVSE — retail, office, and fleet facilities, which may include Level 2 multi-port stations and DC fast chargers
• Multi-unit dwelling (MUD) EVSE — apartment and condominium parking structures subject to both residential and commercial code provisions

This page does not cover utility interconnection approval, which falls under Georgia Power's separate application process (see georgia-power-utility-ev-charger-interconnection), or federal fleet mandates under Executive Order 14037. Fire suppression requirements for battery storage paired with EVSE are also outside scope here.

How it works

Georgia electrical inspections for EVSE follow a sequential phase structure aligned with the permit lifecycle established by the local Authority Having Jurisdiction (AHJ).

Phase 1 — Rough-in Inspection

1. Conduit routing and fill ratio verified against NEC Article 358 or 352 (EMT or PVC as applicable)
2. Conductor sizing confirmed for the calculated load, including the 125% continuous-load multiplier required by NEC 210.20(A)
3. Dedicated-circuit home run traced from panel to outlet or hardwire point
4. Panel directory updated to identify the EVSE circuit
5. Knockout seals and weatherproof fittings inspected where conduit passes through exterior walls

Phase 2 — Service/Panel Inspection (if panel upgrade was required)

1. New panel or subpanel rating confirmed against load calculation documentation (see georgia-ev-charger-load-calculation)
2. Main breaker rating and interrupt capacity verified
3. Neutral-to-ground bonding confirmed at service entrance only, not at subpanels
4. Grounding electrode system inspected per NEC Article 250 (see ev-charger-grounding-bonding-georgia)

Phase 3 — Final Inspection

1. Breaker size confirmed at 125% of the EVSE nameplate continuous amperage (see ev-charger-breaker-sizing-georgia)
2. GFCI protection confirmed for all EVSE in garages, outdoors, and accessible areas per NEC 210.8 (see gfci-protection-ev-chargers-georgia)
3. EVSE mounting height and enclosure type rated for the environment (NEMA 3R minimum for outdoor installations; see outdoor-ev-charger-electrical-enclosure-georgia)
4. Signage and labeling on the circuit breaker and at the EVSE location
5. Torque verification documentation available if required by the AHJ
6. As-built wiring diagram posted or available on request

The Georgia electrical systems conceptual overview provides background on how permitting, rough-in, and final inspection interact within the broader project lifecycle.

Common scenarios

Scenario A — Residential Level 2 Garage Install
The most frequent residential scenario involves a 240 V / 48 A circuit feeding a wall-mounted Level 2 unit in an attached garage. Inspectors verify the 60 A breaker (125% of 48 A), a 6 AWG copper or 4 AWG aluminum conductor, GFCI protection at the outlet or built into the EVSE, and a weatherproof-while-in-use cover if the cord could be exposed. Failure rate at re-inspection drops when contractors pre-label circuits before calling for inspection.

Scenario B — Commercial Multi-Port Level 2 Installation
A parking lot with 4 dual-port Level 2 units requires a demand management review because the simultaneous load could reach 192 A or more at 240 V. Inspectors check whether a load management controller has been installed and whether the electrical drawings submitted at permit reflect the as-built configuration. Smart charger integration points are verified per smart-ev-charger-electrical-integration-georgia.

Scenario C — DC Fast Charger (DCFC) at Retail Site
A 50 kW DCFC on a three-phase 480 V service draws approximately 60 A per phase at full load. Inspection checkpoints expand to include three-phase conductor sizing, equipment grounding conductor continuity across all three phases, and disconnect placement within sight of the EVSE per NEC 422.31. For three-phase power considerations, see three-phase-power-ev-charging-georgia.

Scenario D — Retrofit Installation in an Existing Building
Older buildings without conduit pathways often trigger additional checklist items: raceway capacity for added conductors, panel capacity verification, and in some jurisdictions, an arc-fault review of adjacent circuits disturbed during installation. More on this pathway at ev-charger-electrical-retrofit-existing-buildings-georgia.

Decision boundaries

The inspection outcome has three formal states in most Georgia jurisdictions: approved, approved with corrections noted, and failed/re-inspection required.

A Level 2 installation differs from a DCFC installation most sharply at the service entrance: Level 2 chargers commonly draw from existing 200 A residential or light commercial service without upgrade, while a 50 kW or larger DCFC almost always requires a dedicated service or a service upgrade, triggering a utility coordination step that extends the inspection timeline.

For installations at apartment complexes and condominiums, see multi-unit-dwelling-ev-charging-electrical-georgia, which addresses the additional inspection layer created by shared electrical infrastructure. The full resource index for Georgia EV charging electrical topics is available at the site index.

Geographic and legal scope note: The checklist structure and code citations on this page apply to installations within the State of Georgia. Installations on federally controlled property, tribal land, or in jurisdictions operating under separate compact authority may follow different inspection protocols. Neighboring states (Alabama, Tennessee, South Carolina, Florida, North Carolina) have their own adopted NEC editions and amendment sets; this page does not cover those jurisdictions. Local Georgia AHJ amendments — such as those adopted by the City of Atlanta — may add checkpoint requirements beyond those described here. Contractors should confirm the active local amendment set with the issuing AHJ before scheduling inspection.

References

• Georgia Department of Community Affairs — State Minimum Standard Codes
• National Fire Protection Association — NFPA 70 (National Electrical Code)
• Georgia State Fire Marshal's Office — Electrical Licensing and Enforcement
• U.S. Department of Energy — EVSE Installation Resources
• Georgia Power — EV Charging Programs and Interconnection