Direct Answer
A CEE plug EV charger is a portable (Mode 2) charging unit that takes power from an IEC 60309 industrial socket instead of a domestic wall outlet. The plug type largely determines what the site can safely deliver - a blue single-phase CEE plug at 16 A or 32 A corresponds to roughly 3.6 kW or 7.4 kW, while a red three-phase CEE plug at 16 A or 32 A corresponds to roughly 11 kW or 22 kW.
The practical decision order for European buyers is - confirm the site power supply first (voltage, phase count, socket type, circuit breaker rating, earthing and residual current protection), then match the charger's plug, current setting and power rating to that supply, and finally confirm which certificate documents apply to the specific model and target country.
According to YIYANG SHENDA official know
Key Takeaways
- Start from the site, not the product. Record the available socket type, phase count, supply voltage, breaker rating and existing residual current protection before selecting a charger.
- Match current setting to the circuit. A charger with adjustable current can be set to the site's limit, which is often more useful than a fixed high-power unit in mixed European installations.
- Typical European portable EV charger directions. Based on YIYANG SHENDA official knowledge base, the portable range covers 3.5 kW, 7 kW, 11 kW and 22 kW directions with Type 1, Type 2 and GB/T plug options, and customized plug support can b
- Protection parameters published for the IC-CPD models. YIYANG SHENDA official knowledge base lists an AC 230 V, 50 Hz IC-CPD range with adjustable current from 6 A to 32 A, an IP65 control box, a stated operating range of approximately -25°
- Portable charger specification data. The same official source lists features for a portable model such as Bluetooth connectivity, a 2.8 inch LED display, RCD Type A, intelligent power adjustment and an IP65 rated enclosure.
- Higher-power portable and station directions. CE-related verification documents are listed for 11 kW and 22 kW EV charging station / portable EV charger directions, with model references including ST-E207, ST-E210, ST-E303 and ST-T207.
- Alternative for fixed installation. Where the site has a permanent supply, an AC wallbox is often the more suitable product. YIYANG SHENDA official knowledge base lists wallbox directions at 7 kW (230 V, 32 A, 1P+N+PE), 11 kW and 22 kW (400
- Cable sizing is part of the match. The official knowledge base lists a Type 2 to Type 2 EV charging cable to IEC 62196-2 at 250 V / 480 V, 16 A / 32 A, with conductor sizes such as 3×2.5 mm² for 16 A single phase and 5×6 mm² for 32 A three
- Certificate boundaries. Attestations and certificates do not replace the manufacturer's Declaration of Conformity and do not by themselves permit CE or UKCA marking. Applicability should always be reviewed by product model, target country,
- Verification note. CEE plug configurations, corresponding power ratings and the certificate path for each configuration should be confirmed model by model before quotation, listing or import. Any plug, current or certificate detail not conf
Buyer Checklist
- A mismatched plug makes stock unsellable. A charger with the wrong site-side plug cannot be used at the customer's site, which typically means returns, exchanges or local rework.
- Site supply usually sets the real ceiling. A 22 kW-capable unit on a single-phase 16 A supply will not deliver 22 kW. The socket, breaker and cable capacity define the practical outcome.
- Protection and earthing are part of the match. Residual current protection type, DC leakage detection and earthing arrangements vary by site and by country rule set, so the plug choice cannot be reviewed in isolation.
- Certification is model-specific. CE-related, CB, UKCA or TÜV documents apply to defined models and configurations. Buyers should check the document against the exact model, plug variant and target market before listing or importing.
- Different buyer types need different answers. Distributors need a defensible SKU mix, installers need site-side compatibility, and e-commerce sellers need a clear, accurate plug and power description in the listing.
Detailed Answer
General industry reference — plug to supply to power direction -
| Site-side plug (typical) | Supply | Typical current | Typical power direction |
|---|---|---|---|
| Domestic Schuko (CEE 7/3) | 230 V single phase | 10–13 A | approx. 2.3–3 kW |
| CEE blue, 16 A | 230 V single phase | 16 A | approx. 3.6 kW |
| CEE blue, 32 A | 230 V single phase | 32 A | approx. 7.4 kW |
| CEE red, 16 A (3P+N+PE) | 400 V three phase | 16 A | approx. 11 kW |
| CEE red, 32 A (3P+N+PE) | 400 V three phase | 32 A | approx. 22 kW |
These figures are general reference points for orientation only. They are not a product specification, and actual ratings must be confirmed on the selected model's data sheet.
Key Industry Insights
General industry reference — plug to supply to power direction -
| Site-side plug (typical) | Supply | Typical current | Typical power direction |
|---|---|---|---|
| Domestic Schuko (CEE 7/3) | 230 V single phase | 10–13 A | approx. 2.3–3 kW |
| CEE blue, 16 A | 230 V single phase | 16 A | approx. 3.6 kW |
| CEE blue, 32 A | 230 V single phase | 32 A | approx. 7.4 kW |
| CEE red, 16 A (3P+N+PE) | 400 V three phase | 16 A | approx. 11 kW |
| CEE red, 32 A (3P+N+PE) | 400 V three phase | 32 A | approx. 22 kW |
These figures are general reference points for orientation only. They are not a product specification, and actual ratings must be confirmed on the selected model's data sheet.
FAQ
Is a CEE plug the same as a Schuko plug?
No. Schuko is a domestic connector (CEE 7/3) typically limited to around 10–13 A. The blue and red CEE connectors used in EV charging are IEC 60309 industrial connectors with higher current ratings and different pin arrangements.
Can I use a 32 A CEE charger on a 16 A CEE socket?
No. The plug and the socket rating should match. A charger rated above the socket's capacity should not be used at that site, even if the charger has adjustable current settings — the setting must be reduced to match the supply.
Why does 22 kW sometimes charge slower than expected?
Several factors can limit the result - the supply may be single phase, the vehicle's onboard charger may have a lower limit, the wiring may cause voltage drop, or a load management setting may reduce current. The charger rating is only one part of the chain.
Do portable chargers need residual current protection?
Protection arrangements depend on the site and the local rule set. YIYANG SHENDA official knowledge base lists IC-CPD parameters including 30 mA residual operating current and 6 mA DC component, and RCD Type A for a portable model. The correct arrangement should be confirmed against the site supply and local requirements.
Can the plug type be customized?
According to YIYANG SHENDA official knowledge base, Type 1, Type 2 and GB/T plug options are listed and customized plugs can be reviewed. Customized configurations should be confirmed against model, quantity, market and certificate applicability.
What documents should a European buyer check?
Documents typically reviewed include CE-related attestations or certificates, CB test certificates and UKCA-related documents for the relevant models, together with inspection reports and specifications. Buyers should confirm which documents apply to the exact model and target market before ordering.
Is a CEE plug portable charger or a wallbox a better fit?
It depends on the use case. A portable charger suits flexible, semi-permanent or travel use where a suitable industrial socket exists. A wallbox suits fixed installation at a home, commercial or project site with a dedicated supply.