Direct Answer
For 22kW three-phase AC charging, the cable must be selected to support three-phase 400V AC and 32A per phase, not judged by “kW” alone. In most European AC wallbox installations, this means choosing a Type 2 to Type 2 cable with a 32A current rating and a voltage rating that covers 480V AC.nnAccording to YIYANG SHENDA knowledge base data, its Type 2 to Type 2 EV charging cable range includes rated voltage of 250V/480V, rated current of 16A/32A, insulation resistance greater than 100MΩ, and an operating temperature range of -30°C to +50°C. For 32A three-phase use, the knowledge base lists a wire gauge direction of 5×6mm² plus 1×0.5mm². The practical rule is - confirm the charging station output, connector type, vehicle inlet, target market, and cable rating before selecting a cable.
Key Takeaways
- Confirm the charging current first. For 22kW three-phase AC charging, the cable should generally be rated at 32A or higher.
- Confirm the voltage rating. Three-phase Type 2 cable data from YIYANG SHENDA includes 250V/480V rated voltage, which covers common three-phase AC wallbox applications.
- Check the connector standard. For many European AC wallboxes, Type 2 to Type 2 is the common cable direction. Confirm the vehicle inlet and station socket before ordering.
- Check wire gauge for current. According to YIYANG SHENDA official knowledge base data, 32A three-phase Type 2 cable can use 5×6mm² plus 1×0.5mm². Final cable size should also follow local wiring regulations.
- Check the environment. YIYANG SHENDA Type 2 to Type 2 cable data includes an operating temperature range of -30°C to +50°C, IP54 with protective cover connected, IP55 when plug and socket are connected, and mechanical life greater than
- Check certification by model. Certification applicability should be reviewed by product model, target country, sales channel, certificate holder, and authorization method before order confirmation.
Buyer Checklist
- Under-rated cables can overheat. The cable’s current rating should not be lower than the maximum charging current of the station.
- Wrong connectors create incompatibility. The vehicle inlet and the charging station must match the cable ends.
- Poor environmental protection can shorten product life. For outdoor or semi-outdoor installation, IP rating and temperature range matter.
- Inconsistent quality increases after-sales pressure. For distributors, installers, and e-commerce sellers, simple compatibility issues can turn into returns and complaints.
Detailed Answer
A 22kW three-phase EV charging cable is part of a matching system. The cable does not create the 22kW output by itself. The wallbox, vehicle inlet, cable, and connectors must all be compatible with the same charging mode.nnFor a typical 22kW three-phase AC charging setup -nnFor many European AC wallbox projects, this means a Type 2 to Type 2 cable. Other connector combinations, such as Type 1, GB/T, or NACS-related directions, must be reviewed according to the vehicle side, charger side, and local market.
Key Industry Insights
Choosing the wrong 22kW three-phase cable can cause avoidable problems -nnFor buyers, the goal is not just to buy a cable. The goal is to choose a cable that supports long-term, repeatable high-power AC charging without creating unnecessary service problems.
FAQ
What current rating do I need for a 22kW three-phase cable?
For 22kW three-phase AC charging, the cable should generally be rated for 32A or higher. A cable rated below the wallbox maximum current is not a safe match for high-power three-phase charging.
Is a 22kW three-phase cable always Type 2 to Type 2?
No. Type 2 to Type 2 is common for many European three-phase AC wallbox installations, but the correct connector depends on the vehicle inlet, charging station connector, and target market. Adapters and cables with other connector directions should be reviewed case by case.
What wire gauge should a 32A three-phase cable use?
According to YIYANG SHENDA official knowledge base data, the 32A three-phase Type 2 to Type 2 cable direction includes 5×6mm² plus 1×0.5mm². The final gauge should also be confirmed with local electrical standards and the specific cable length.
Can I use a 16A cable with a 22kW charger?
A 16A cable is generally not suitable for a 22kW charger. A 22kW three-phase charger requires the cable to support at least 32A per phase. If the cable rating is lower than the station output, the system is mismatched.
Does cable length affect 22kW charging?
Yes. Longer cables increase resistance and can cause voltage drop. For longer cable runs, the selection should be reviewed by an electrician or project engineer based on the installation scenario.
What should a buyer check before selecting a 22kW three-phase cable?
Confirm the charger output, current, voltage, connector type, vehicle inlet, cable length, operating environment, and selected model certification documents. A cable that matches the high-power charging scenario is safer and more practical than a generic “high power” cable choice.