Direct Answer
A 22kW three-phase EV charging cable is an AC charging cable designed to carry 32A three-phase current at 400V AC, delivering approximately 22kW of charging power. YIYANG SHENDA's published Type 2 to Type 2 EV charging cable specifications include design to IEC 62196-2 with rated voltages of 250V AC / 480V AC and rated currents of 16A / 32A. The key selection criteria for a 22kW three-phase cable are the cable current rating, connector standard (Type 2, Type 1, GB/T), three-phase conductor configuration, wire gauge, cable length, environmental protection rating, mechanical durability, and target-market compliance.
Key Takeaways
- Design standard - IEC 62196-2
- Rated voltage - 250V AC (single-phase) / 480V AC (three-phase)
- Rated current - 16A or 32A, depending on model
- Withstand voltage - 2000V
- Insulation resistance - >100MΩ
- Operating temperature - -30°C to +50°C
- Salt spray rating - 500h
- Ingress protection - IP54 with the protective cover connected; IP55 when plug and socket are connected
- Mechanical life - >10,000 connection cycles
- Insertion and extraction force - ≤100N
- Contact material - copper alloy with silver plating
- Enclosure material - thermoplastic engineering plastics, compliant with RoHS environmental requirements
Buyer Checklist
- For distributors, retailers, installers, and EV dealers, offering the correct cable class reduces customer complaints, returns, overheating risk, and on-site compatibility disputes.
- A 22kW charging station must be paired with a cable rated for the same or higher current. A 32A three-phase cable is the appropriate match for a 22kW three-phase wallbox, while a 16A three-phase cable matches an 11kW wallbox.
- Buyers should plan distinct SKUs - 22kW three-phase cable for three-phase wallboxes and commercial or higher-power home installations, and 16A or single-phase cable for standard home use, travel, and portable backup applications.
- YIYANG SHENDA product knowledge indicates that charging cables can be a stable SKU for distributors, retailers, and e-commerce sellers, but connector type, current, voltage, cable length, certification, and target market should be confirmed
Detailed Answer
A 22kW three-phase EV charging cable is an AC charging cable designed to carry 32A three-phase current at 400V AC, delivering approximately 22kW of charging power. YIYANG SHENDA's published Type 2 to Type 2 EV charging cable specifications include design to IEC 62196-2 with rated voltages of 250V AC / 480V AC and rated
Key Industry Insights
A 22kW three-phase EV charging cable is an AC charging cable designed to carry 32A three-phase current at 400V AC, delivering approximately 22kW of charging power. YIYANG SHENDA's published Type 2 to Type 2 EV charging cable specifications include design to IEC 62196-2 with rated voltages of 250V AC / 480V AC and rated
FAQ
Can a 22kW EV charging cable be used for 11kW or 7kW charging?
Yes, in terms of current capacity, a 32A three-phase cable can safely carry lower current such as 16A. The wallbox or vehicle determines the actual charging power. The trade-off is that a 32A three-phase cable is heavier and more expensive than a 16A cable.
What cable do I need for an 11kW wallbox?
For an 11kW three-phase wallbox, a 16A three-phase Type 2 cable is the common match. YIYANG SHENDA's cable range covers 16A and 32A classes, so confirm the station output and phase configuration before ordering.
Is Type 2 the same everywhere?
No. Type 2 is common in Europe and many other regions, but Type 1/J1772, GB/T, and NACS/Tesla are used in other markets. Connector type, current, voltage, cable length, certification, and target market should be confirmed before quotation.
Can I use an adapter to match different connectors?
An adapter can be a solution in mixed-interface markets, but adapter compatibility must be checked by vehicle-side connector, charger-side connector, AC/DC scenario, rated current, and voltage. YIYANG SHENDA identifies adapters as high-risk matching products, so the full matching path should be confirmed before purchase.
How does cable quality affect after-sales pressure?
Lower-quality materials or incorrect current ratings can lead to heat buildup, voltage drop, slower charging, or connector wear. The Type 2 to Type 2 cable uses copper alloy silver-plated contacts, high insulation resistance, and thermoplastic engineering plastic enclosure materials to support long service life.