EV Charger Load Verification Checklist
π Last updated: August 29, 2026
Essential Checklist+β
Complete these critical checks before approving the work or proceeding to the next construction stage.
β13 Inspection Points
β4 Verification Categories
βCharger & Load Input Accuracy+-
- Actual charger nameplate rated current used, not estimated from vehicle specifications
- Correct voltage confirmed (120V Level 1 vs. 240V Level 2) matching the actual installation
- Confirmed this circuit is dedicated to one EVSE, or genuinely uses an approved Energy Management System if shared
βNEC 625 Continuous Load & Circuit Sizing+-
- 125% continuous-load factor confirmed applied per NEC 625.41, not skipped
- Final breaker size confirmed as a genuine NEC 240.6(A) standard rating, rounded up
- Wire ampacity checked against both the 125%-adjusted design current and the actual physical installation conditions
βGFCI, Location & Installation+-
- GFCI requirement correctly determined by both connection type (receptacle vs. hardwired) and location (indoor vs. outdoor)
- Outdoor hardwired GFCI boundary case confirmed with the local inspector, not assumed either way
- Listed/certified EVSE equipment confirmed (UL or equivalent), not an uncertified or DIY charging setup
βPanel Capacity & Code Compliance+-
- Panel impact percentage cross-checked against actual remaining service capacity, not just this circuit in isolation
- Local utility and permit requirements checked before installation
- Dedicated circuit confirmed with no other loads sharing the same breaker
- Licensed electrician review required before installation, not a substitute for professional design
Full QC Checklist+β
Verify charger/load input accuracy, NEC 625 continuous-load and circuit sizing, GFCI/location/installation, and panel capacity/code compliance.
β21 Inspection Points
β4 Verification Categories
βCharger & Load Input Accuracy+-
- Actual charger nameplate rated current used, not estimated from vehicle specifications
- Correct voltage confirmed (120V Level 1 vs. 240V Level 2) matching the actual installation
- Future higher-amperage charger or vehicle upgrade considered before finalizing wire/breaker size
- Confirmed this circuit is dedicated to one EVSE, or genuinely uses an approved Energy Management System if shared
- Run length measured as the actual one-way conductor path length, not straight-line distance
βNEC 625 Continuous Load & Circuit Sizing+-
- 125% continuous-load factor confirmed applied per NEC 625.41, not skipped
- Final breaker size confirmed as a genuine NEC 240.6(A) standard rating, rounded up
- Wire ampacity checked against both the 125%-adjusted design current and the actual physical installation conditions
- Voltage drop checked over the full one-way run length at the charger's actual current
- Small-conductor OCPD cap (NEC 240.4(D)) considered for smaller-gauge wire on lower-amperage chargers
βGFCI, Location & Installation+-
- GFCI requirement correctly determined by both connection type (receptacle vs. hardwired) and location (indoor vs. outdoor)
- Outdoor hardwired GFCI boundary case confirmed with the local inspector, not assumed either way
- Weatherproof in-use rated enclosure confirmed for any outdoor receptacle or equipment
- EVSE mounting height and clearance requirements checked against manufacturer instructions
- Listed/certified EVSE equipment confirmed (UL or equivalent), not an uncertified or DIY charging setup
βPanel Capacity & Code Compliance+-
- Panel impact percentage cross-checked against actual remaining service capacity, not just this circuit in isolation
- Local utility and permit requirements checked before installation
- Load management system (NEC 625.42) considered as an alternative if panel capacity is tight
- Dedicated circuit confirmed with no other loads sharing the same breaker
- Local code amendments and any EV-specific incentive/rebate program requirements checked separately
- Licensed electrician review required before installation, not a substitute for professional design
Inspection Notes+-
Use the latest approved drawings, specifications, and site measurements.
Complete all critical checks before proceeding to the next work stage.
Record deviations and confirm rectification where required.
Inspection Notes
Use the latest approved drawings, specifications, and site measurements.
Complete all critical checks before proceeding to the next work stage.
Record deviations and confirm rectification where required.
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FAQ
Use it after collecting the project inputs and again before approving or closing the relevant work stage.
No. It supports verification but does not replace approved drawings, specifications, codes, manufacturer requirements, or professional inspection.