Direct Answer
Choose an EV charger connector by market, vehicle side, charger side, AC or DC scenario and electrical requirements; connector names alone are not a complete compatibility decision.
Key Takeaways
- Type 1, Type 2, GB/T and NACS requests serve different market directions.
- Connector direction must distinguish vehicle side from charger side.
- Electrical and communication requirements still need model-level confirmation.
Detailed Explanation
Connector names must be tied to market and scenarionEV charger connector education should help buyers identify product direction, not create unsupported compatibility promises. Type 1, Type 2, GB/T, NACS and Tesla-related requests should all be reviewed by vehicle side, charger side and use scenario.nCommon review directionsnType 1 / J1772: often reviewed for selected American-standard AC use scenarios.nType 2 / IEC62196: common direction for European-standard AC charger products.nGB/T: used for selected Chinese-standard vehicle and use scenarios.nNACS / Tesla-related: must be checked carefully by connector direction and market requirement.nBuyer actionnBefore requesting price, prepare target country, vehicle side, charger side, AC/DC scenario, rated current, voltage and certificate expectation.
Buyer Checklist
- Confirm the target country or region.
- Identify the vehicle-side connector.
- Identify the charger-side connector.
- Confirm AC or DC use, current and voltage.
- Confirm product family and required document basis.
Key Industry Insights
- The same connector family can appear in different product and market contexts.
- Adapters and cables should not inherit unsupported vehicle-compatibility claims.
- A clear connector brief reduces quotation and sample errors.
Frequently Asked Questions
Is Type 2 the correct connector for every European request?
Type 2 is a common AC direction, but the exact product, electrical rating, cable direction and market requirements still need confirmation.
What should be sent for a connector review?
Send the target market, vehicle side, charger side, AC or DC scenario, current, voltage and intended product family.