A Type 2 charger is the standard plug used across Europe and most of the world for home and public charging

Type 2, also called Mennekes after the German manufacturer, is a seven-pin connector that delivers AC (alternating current) power to your vehicle. It is the charging standard mandated by the EU and adopted by most countries outside North America and China. If you own a European EV or are considering one, Type 2 is what you will encounter at home, at work, and at most public charging stations.

The connector itself is round, about the size of a large coin, and sits on the end of a charging cable. Unlike older standards, Type 2 handles both single-phase and three-phase AC power, which means the same plug works with a basic home outlet or a dedicated 11 kW or 22 kW wall box. This flexibility is why it became the European standard and why it remains the most common connector you will see outside the United States.

Type 2 chargers are not the same as DC fast chargers. Type 2 delivers AC power, which your vehicle's onboard charger converts to DC to store in the battery. This makes Type 2 slower than DC fast charging but far more practical for daily use because the infrastructure is cheaper to install and the charging is gentler on battery longevity.

Key Takeaways

  • Type 2 is the standard AC connector across Europe and most countries, with a seven-pin round plug that works with home and public chargers.
  • Charging speed depends on the power available: a standard household outlet delivers 2.3 kW (adding 8–10 km of range per hour), while a dedicated wall box can deliver 11 kW or 22 kW (adding 40–80 km per hour).
  • Type 2 chargers are cheaper to install than DC fast chargers and cause less battery stress, making them the practical choice for overnight and workplace charging.
  • Your vehicle's onboard charger determines the maximum power it can accept; a 7 kW car cannot use a 22 kW wall box at full speed.
  • Type 2 cables come in two forms: tethered (permanently attached to the charger) and untethered (you carry your own cable), and the choice affects cost and convenience.

How charging speed works with Type 2

The speed at which your battery charges depends on three things: the power available at the charger, the capacity of your vehicle's onboard charger, and the battery's state of charge. Type 2 chargers are rated by kilowatts (kW), and the higher the number, the faster the charge.

A standard household outlet in most European countries delivers single-phase AC at 2.3 kW. Plugging a Type 2 cable into a regular wall socket will add roughly 8–10 km of range per hour of charging. This is slow but sufficient for overnight charging: an 8-hour overnight session adds 64–80 km. A dedicated home wall box rated at 7 kW or 11 kW is much faster. An 11 kW charger adds approximately 40–50 km per hour, so a full charge from empty takes 6–8 hours depending on your vehicle's battery size.

Three-phase power, available in many European homes and most commercial buildings, unlocks 22 kW charging. At this speed, you add 80–100 km per hour. However, your vehicle's onboard charger sets a ceiling. If your car's charger is rated at 7 kW, it cannot accept more than 7 kW even if the wall box delivers 22 kW. Check your vehicle's manual or specification sheet to know your maximum charging rate.

Type 2 at home versus public charging stations

Home charging is where most EV owners spend most of their charging time. Installing a Type 2 wall box at home costs between €500 and €2,000 depending on your country, electrician rates, and whether three-phase power is already available. Once installed, you plug in when you arrive and unplug when you leave. The cable either stays attached to the wall box (tethered) or you carry a portable cable in your vehicle (untethered). Tethered chargers are more convenient but less flexible if you need to charge at different locations; untethered chargers cost more upfront but give you portability.

Public Type 2 chargers are found at supermarkets, car parks, workplaces, and dedicated charging networks. Most are 7 kW or 11 kW, though some reach 22 kW. You will need a charging card or app to access them; networks vary by country and region. Charging at a public station costs between €0.25 and €0.50 per kWh in most of Europe, though prices vary. Public charging is useful for top-ups during the day or when you are away from home, but it is slower than DC fast charging and not designed for rapid long-distance travel.

Type 2 versus other charging standards

Type 2 is not the only connector in use. In North America, the Tesla connector and NACS (North American Charging Standard) dominate, while China uses GB/T. Within Europe, you may also encounter Type 3, an older standard still found in Italy and France, though it is being phased out. The UK uses a variant of Type 2 called BS 1363, which is mechanically similar but electrically different.

Type 2 is slower than DC fast charging, which uses a different connector (CCS Combo 2 in Europe) and delivers 50 kW to 350 kW. DC fast chargers can add 200 km in 20–30 minutes, but they are expensive to install and available only at motorway service stations and dedicated fast-charging hubs. Type 2 is the workhorse of daily charging; DC fast charging is for occasional long trips.

If you are buying an EV in Europe, Type 2 is standard on all new models. If you are importing a vehicle from outside Europe, check whether it has a Type 2 inlet or requires an adapter. Adapters exist but add cost and complexity, and they do not change the underlying charging speed.

What to check before installing a home Type 2 charger

Before you buy a wall box, confirm three things: your home's electrical capacity, whether you have single-phase or three-phase power, and your vehicle's maximum charging rate. Most homes have single-phase power and a 16 A or 20 A circuit breaker. A 7 kW charger requires 32 A, which often means upgrading your main electrical panel. This upgrade costs €300–€800 and is the largest hidden cost of home charging installation.

Three-phase power is common in newer homes and most commercial buildings. If you have it, a 22 kW charger is worth the extra cost because it halves charging time. Check your electricity bill or ask your utility company which type you have. If you are unsure, an electrician can tell you in minutes.

Your vehicle's onboard charger is the final constraint. A Renault Zoe, for example, accepts up to 11 kW; a Tesla Model 3 accepts up to 11 kW on single-phase and 22 kW on three-phase. Installing a 22 kW charger in a home with only single-phase power, or in a home with a vehicle that accepts only 7 kW, wastes money. Read your vehicle's manual or contact the dealer to confirm your maximum charging rate before you commit to a wall box.

Tethered versus untethered Type 2 chargers

A tethered charger has a Type 2 cable permanently attached to the wall box. You plug the cable into your vehicle, charge, and unplug. Tethered chargers are simpler to use, require no cable management, and cost €100–€300 less than untethered models. The downside is that if the cable is damaged or you need to charge at a different location, you are stuck.

An untethered charger has no cable attached. You carry a Type 2 cable in your vehicle and plug it into the wall box when you arrive. Untethered chargers cost more upfront (€800–€1,500) but give you flexibility: you can use the same cable at home, at work, or at public charging stations. If the cable is damaged, you replace just the cable, not the entire wall box. For most home owners, a tethered charger is sufficient; untethered makes sense if you charge in multiple locations or want maximum flexibility.

Frequently Asked Questions

Can I use a Type 2 charger with a standard household outlet?

Yes. A Type 2 cable can plug into a standard wall socket, delivering 2.3 kW. Charging is slow—roughly 8–10 km of range per hour—but it works for overnight charging. You will need a portable Type 2 cable or a wall-mounted socket adapter. This is not a permanent solution for daily use because it ties up a household outlet and charges very slowly, but it is useful in emergencies or when a wall box is not yet installed.

What happens if my car's charger is rated lower than my wall box?

Your vehicle will charge at its maximum rate, not the wall box's rate. If you have an 11 kW wall box but your car accepts only 7 kW, the car charges at 7 kW and the extra capacity is wasted. This is why checking your vehicle's specifications before buying a wall box matters. You are not damaging anything by connecting a more powerful charger; the vehicle straightforward does not use the extra power.

Do I need a special cable to charge at public Type 2 stations?

Most public Type 2 chargers have a tethered cable attached, so you do not need to carry anything. Some older or untethered public chargers require you to bring your own cable. If you have an untethered home charger, carry the cable with you. If you have a tethered home charger, ask the charging network whether their stations are tethered or untethered before you rely on them.

Is Type 2 charging safe for my battery?

Yes. AC charging via Type 2 is gentler on battery longevity than DC fast charging because it charges more slowly and generates less heat. Most EV owners do 90 percent of their charging at home via Type 2 and use DC fast charging only for occasional long trips. Battery degradation from Type 2 charging is minimal over the vehicle's lifetime.

Can I charge a non-European EV with a Type 2 charger?

Only if it has a Type 2 inlet. Most North American EVs use the Tesla connector or NACS, not Type 2. Chinese EVs use GB/T. If your vehicle does not have a Type 2 inlet, you will need an adapter, which adds cost and may reduce charging speed. Check your vehicle's manual or contact the dealer before assuming Type 2 will work.