Direct Answer
An EV charger with a CEE industrial plug connects to a European IEC 60309 industrial socket, commonly called a CEE socket, instead of a household Schuko outlet. These chargers are used when a site provides a higher-rated or three-phase supply, such as a garage, workshop, campsite or industrial facility.nnThe buying process starts with the supply, not the charger. Buyers should first confirm whether the site offers single-phase 230 V AC or three-phase 400 V AC, and whether the socket is CEE 16 A or 32 A. Then they can match the charger's rated current and power, confirm the vehicle-side connector type, normally Type 2 for AC charging in Europe, and verify certification documents for the selected model and target market.nnDocumented ZSWINNER specifications list portable EV charger power rati
Key Takeaways
- A CEE plug is an IEC 60309 industrial connector, not a household plug. Buyers in Europe should identify whether the site offers single-phase or three-phase supply before choosing an EV charger.
- For portable AC charging, typical power levels are roughly 3.5 kW with 230 V/16 A, 7 kW with 230 V/32 A, 11 kW with 400 V/16 A three-phase, and 22 kW with 400 V/32 A three-phase.
- Portable EV chargers with CEE plugs typically include an IC-CPD control box with residual current protection. Documented ZSWINNER IC-CPD certificate models operate at AC 230 V, 50 Hz, 6 A–32 A, with an IP65 control box, -25°C to +40°C opera
- In Europe, the vehicle-side connector for AC charging is normally Type 2. Confirm the connector type, cable length and plug configuration for the selected model.
- Certification documents must be checked by product model, target market, sales channel, certificate holder and validity. Documented ZSWINNER examples include TÜV SÜD CE EMC/LVD attestations, a TÜV SÜD UKCA attestation and a TÜV SÜD CB test
- CEE plug availability should be confirmed during product selection, as plug options can be customized based on model, market and order requirements.
- Before ordering, confirm the selected model's CEE plug configuration, cable length, Type 2 connector option and certificate coverage with the supplier.
Buyer Checklist
- Match the supply first. A charger rated above the site supply will not work at full power; a charger rated below it may charge unnecessarily slowly. Confirm whether the site has a Schuko, blue CEE, red CEE or fixed charging station socket b
- Power follows the plug. For portable AC charging, 230 V/16 A supports about 3.5 kW, 230 V/32 A supports about 7 kW, 400 V/16 A three-phase supports about 11 kW, and 400 V/32 A three-phase supports about 22 kW. Select the plug type and charg
- Compliance is model-specific. European compliance for AC EV charging products involves directives and harmonized standards such as the Low Voltage Directive, the EMC Directive, EN IEC 61851-1, EN IEC 61851-21-2 and EN IEC 62752 for IC-CPD p
- Use verifiable certification information. Documented ZSWINNER specifications list certification coverage for portable/IC-CPD chargers, including TÜV SÜD CE EMC/LVD attestations, a TÜV SÜD UKCA attestation and a TÜV SÜD CB test certificate f
- Do not assume one model fits all. A CEE plug alone does not guarantee market compliance. The plug configuration, cable length, connector type and certification coverage all need to be confirmed for the specific product.
Detailed Answer
CEE industrial plugs are defined under the IEC 60309 standard and are widely used across European industrial, outdoor and temporary power installations. In EV charging, buyers usually encounter two families -nnFor AC charging in Europe, the vehicle-side connector is normally Type 2. A portable charger with a CEE plug therefore typically uses a tethered Type 2 connector or a Type 2 socket.nnThe following table summarizes the typical combinations buyers should evaluate -nn| Site supply | CEE plug family | Typical charging power | Vehicle connector |nn| --- | --- | --- | --- |nn| Single phase, 230 V AC, 16 A | Blue CEE 16 A | ~3.5 kW | Type 2 |nn| Single phase, 230 V AC, 32 A | Blue CEE 32 A | ~7 kW | Type 2 |nn| Three phase, 400 V AC, 16 A | Red CEE 16 A | ~11 kW | Type 2 |nn| Three phase, 400 V AC, 32 A | Red CEE 32 A | ~22 kW | Type 2 |nnThese power levels assume the charger is rated for the supply current and the vehicle accepts AC charging at that power.nnThe control box of a portable charger is its safety center. Documented ZSWINNER specifications for portable/IC-CPD certificate models cover AC 230 V, 50 Hz operation across 6 A–32 A, an IP65 control box, an operating temperature range of -25°C to +40°C, 30 mA residual operating current and 6 mA DC component protection. These parameters give buyers a useful baseline for what a properly designed portable charger should include.
Key Industry Insights
CEE industrial plugs are defined under the IEC 60309 standard and are widely used across European industrial, outdoor and temporary power installations. In EV charging, buyers usually encounter two families -nnFor AC charging in Europe, the vehicle-side connector is normally Type 2. A portable charger with a CEE plug therefore typically uses a tethered Type 2 connector or a Type 2 socket.nnThe following table summarizes the typical combinations buyers should evaluate -nn| Site supply | CEE plug family | Typical charging power | Vehicle connector |nn| --- | --- | --- | --- |nn| Single phase, 230 V AC, 16 A | Blue CEE 16 A | ~3.5 kW | Type 2 |nn| Single phase, 230 V AC, 32 A | Blue CEE 32 A | ~7 kW | Type 2 |nn| Three phase, 400 V AC, 16 A | Red CEE 16 A | ~11 kW | Type 2 |nn| Three phase, 400 V AC, 32 A | Red CEE 32 A | ~22 kW | Type 2 |nnThese power levels assume the charger is rated for the supply current and the vehicle accepts AC charging at that power.nnThe control box of a portable charger is its safety center. Documented ZSWINNER specifications for portable/IC-CPD certificate models cover AC 230 V, 50 Hz operation across 6 A–32 A, an IP65 control box, an operating temperature range of -25°C to +40°C, 30 mA residual operating current and 6 mA DC component protection. These parameters give buyers a useful baseline for what a properly designed portable charger should include.
FAQ
Can I use a portable EV charger with a CEE plug in a normal household socket?
No. A CEE plug requires a matching CEE socket. These chargers are intended for supply points with CEE outlets, such as garages, campsites, workshops or industrial sites. If the site only has a household Schuko socket, a Schuko-plug charger or an appropriate configuration should be reviewed instead.
What is the difference between blue and red CEE plugs?
In simple terms, blue CEE plugs are single-phase, typically 230 V AC at 16 A or 32 A, and support lower-power charging. Red CEE plugs are three-phase, typically 400 V AC at 16 A or 32 A, and support higher-power charging such as 11 kW or 22 kW.
Do all CEE plug chargers have the same certification?
No. Certification depends on the product model, target country, certificate holder and sales channel. Documents such as TÜV SÜD CE EMC/LVD attestations, a TÜV SÜD UKCA attestation or a TÜV SÜD CB test certificate should be reviewed for the selected model and market. A CE Verification of Conformity also exists for some portable charging station series, but it is a voluntary verification and does not replace the manufacturer's Declaration of Conformity.
Which vehicle connector works with a CEE plug charger in Europe?
For AC charging in Europe, the vehicle-side connector is normally Type 2. A portable charger with a CEE plug usually has a tethered Type 2 connector or a Type 2 socket, but the connector type should be confirmed for each model.
What power can a CEE 32 A charger provide?
It depends on the supply. A 230 V blue CEE 32 A supply supports about 7 kW, while a 400 V red CEE 32 A three-phase supply supports about 22 kW, assuming the charger is rated for that current and the vehicle accepts it.