EV Charger Compliance
AS/NZS 3000:2018 requirements and DNSP state rules for EV charger installations. Select charger type to filter requirements.
Section A — Charger Type
2.4 kW
Mode 2 — 10A
Portable, granny charger
7.2 kW
Mode 3 AC — 32A single phase
Dedicated wall charger, most common
11 kW
Mode 3 AC — 3-phase 16A
Three phase
50+ kW
DC Fast Charger
Commercial, separate guidance
Section C — DNSP State Notes
VIC (CitiPower / Jemena / Powercor / AusNet / United Energy): VIC DNSPs generally accept a Type A RCD for EV charger installations. Notify your DNSP for new loads greater than 5 kW. Powercor may require smart metering for new EV charger loads — check current Powercor technical requirements before submitting a connection enquiry.
NSW (Ausgrid / Endeavour Energy / Essential Energy): A Type B RCD is required for EV charger installations on Ausgrid and Endeavour Energy networks. Type B RCDs protect against smooth DC residual currents that a Type A cannot detect. Essential Energy follows AS/NZS 3000 minimum (Type A acceptable). Verify current DNSP technical standards before proceeding.
QLD (Energex / Ergon): Energex requires notification for any EV charger load greater than 3.6 kW. Type A RCD is acceptable on the Energex and Ergon networks. Confirm notification requirements with the relevant DNSP prior to installation.
SA (SA Power Networks): Notify SA Power Networks for new load additions greater than 10 kVA. Type A RCD is acceptable. Review the SA Power Networks EV charger connection requirements for any smart charging or export limit conditions that may apply.
WA (Western Power): Notify Western Power for new load additions greater than 5 kW. Type A RCD is acceptable under Western Power's current technical requirements. Check Western Power's Connection and Metering Services for the latest connection process.
Section D — Solar + EV Interaction
Property has rooftop solar
Check inverter export limit settings — adding an EV charger may change the total load profile and affect existing export limits.
Some DNSPs require the EV charger load to be factored into the export limit calculation at the time of connection.
Consider specifying a smart EV charger with solar diversion (e.g. Zappi, EVNEX with solar mode) to maximise self-consumption and avoid triggering DNSP notification thresholds.
Section E — Quick Standards Reference
| Clause | Topic | Summary |
|---|---|---|
| Cl 2.9.5.4 | RCD for EV | Type A RCD minimum. Some DNSPs require Type B (smooth DC leakage protection). Check DNSP state rules. |
| Cl 4.5 | Dedicated circuit | EV charger must not share a circuit with any other load. Dedicated final sub-circuit required from switchboard. |
| Cl 3.5.1 | Cable selection | Size conductor to continuous current rating of the circuit. Apply derating for installation method, grouping, and ambient temperature per AS/NZS 3008.1. |
| Table 4 (AS/NZS 3000:2018) | Socket outlets | EVSE socket requirements. Mode 3 AC chargers require a dedicated IEC 62196 (Type 2) socket or hardwired connection — standard AS/NZS 3112 sockets are not permitted for Mode 3. |
This tool is a reference guide only. DNSP technical requirements change — always check current network operator standards before submitting connection paperwork. All installations must be performed by a licensed electrician and comply with AS/NZS 3000:2018 and applicable state regulations.