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NEC 2023, Article 625 EV Charging — translation

NEC Article 625: EVSE circuits, dedicated branch circuits, GFCI, 80% continuous-load rule.

🇷🇺 PUE — Rules for Electrical Installations (7th ed.)🕰️ PUE-6 — Rules for Electrical Installations (6th ed., 1985)🇺🇸 NEC — National Electrical Code (NFPA 70)🇪🇺 IEC 60364 / HD 60364 (EU national codes)🌎 NOM-001-SEDE, NBR 5410, AEA 90364, RETIE, NCh 4, CNE🇨🇳 GB 50054, GB 50303, JGJ 16, GB/T 16895 (IEC 60364)🇮🇳 IS 732

Document

DocumentNEC 2023, Article 625 EV Charging
Edition2023
StatusCurrent (latest NEC edition)
Issued byNFPA
Applies toElectric vehicle supply equipment: circuits, GFCI, grounding

Document structure

№Chapter / section
625.1–625.10General, definitions
625.40–625.48EVSE supply circuits
625.54GFCI and protection
NEC 2023, Article 210 Branch CircuitsNEC 2023, Article 250 Grounding and BondingNEC 2023, Articles 300 (wiring) and 310 (conductors)NEC 2023, Article 230 ServicesNEC 2023, Article 240 Overcurrent ProtectionNEC 2023, Article 625 EV ChargingNEC 2023, Article 110 General requirementsNEC 2023, Article 220 Load calculationsNEC 2023, Article 517 Medical locationsNEC 2023, Article 500 Hazardous locations

Circuits (625.40–625.48)

625.40 Dedicated branch circuit per station.

625.42 Continuous load — 80% rule: 32 A station → 40 A circuit (8 AWG); 48 A → 60 A (6 AWG).

GFCI (625.54)

EV charging receptacles need GFCI.

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Data is for reference. Final design decisions must follow current regulations and a qualified engineer.
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