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Commercial EVSE / DC Fast Charger Commissioning Certificate

This certificate records the commissioning of a commercial EV charging site — Level 2 or DC Fast Charge — including circuit sizing per charger, dedicated-circuit and grounding verification, network/payment system checks, and a completed test charge for every station.

NEC Article 625 (Electric Vehicle Power Transfer System), NEC 625.41/625.42 (overcurrent protection and continuous-load rating), NEC 750.30 (Energy Management Systems)Valid: One-off (no expiry)

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Sample EVSE Commissioning certificate

Sample Commercial EVSE / DC Fast Charger Commissioning Certificate certificate created with CertBox, showing the professional PDF layout with number and type of charging stations, total connected load and service size, energy management system (evems) load management, where installed, per-charger rated output, breaker sizing, dedicated circuit and grounding verification

Sample EVSE Commissioning with fictional data. All personal details shown are fake.

What it covers

  • Number and type of charging stations, total connected load and service size
  • Energy Management System (EVEMS) load management, where installed
  • Per-charger rated output, breaker sizing, dedicated circuit and grounding verification
  • Network/telemetry and payment system checks
  • Test charge result for each station
  • Overall commissioning result

Who needs a EVSE Commissioning?

Commercial electrical contractors
EV charging network operators
Property and fleet managers
Facility owners installing multi-station sites

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Frequently asked questions about EVSE Commissioning

Does every EV charger need its own dedicated circuit?
Not necessarily — NEC 625 and 750.30 permit multiple charging stations to share a feeder or service when a listed Energy Management System (EVEMS) actively limits the combined load to what the circuit can carry, rather than sizing for the sum of every charger's full nameplate rating.
How is overcurrent protection sized for EV charging equipment?
EV charging loads are treated as continuous. NEC 625.41 requires the branch-circuit or feeder overcurrent device to be rated at least 125% of the maximum load the equipment can draw, unless a listed EVEMS is used to cap the load instead.

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