A Type 2 charger is the standard plug used across Europe and most of the world to charge electric vehicles at home, at work, or at public charging stations.

Type 2, also called Mennekes after the German manufacturer who designed it, is a seven-pin connector that delivers power to your vehicle's onboard charger. It looks like a rounded hexagon with a cable attached or built into the station. If you own or are considering an electric vehicle outside North America, this is almost certainly the charger you will encounter.

The key difference between Type 2 and other charger types is speed and where you use it. Type 2 chargers come in two power levels: single-phase (up to 7 kW, adding roughly 30 miles of range per hour) and three-phase (up to 22 kW in most of Europe, adding 100+ miles per hour). This makes Type 2 practical for overnight home charging and fast enough for workplace or public station use without waiting hours.

Key Takeaways

  • Type 2 is the standard connector for electric vehicles in Europe, the UK, Australia, and most countries outside North America.
  • Type 2 chargers deliver between 7 kW and 22 kW depending on whether they use single-phase or three-phase power, affecting how quickly your vehicle charges.
  • Home Type 2 installations typically require an electrician to install a dedicated circuit, and the cost varies by country and your existing electrical setup.
  • Type 2 chargers are not the same as DC fast chargers; they use AC power and rely on your vehicle's onboard charger to convert it to DC.

How Type 2 charging works at home

A home Type 2 charger connects to your house's electrical panel through a dedicated circuit, similar to how an electric oven or water heater is wired. The charger itself is a wall-mounted box (called a wallbox) that you plug your vehicle's Type 2 cable into. The cable stays attached to the charger or coils neatly beside it.

When you plug in, the charger communicates with your vehicle to confirm it is safe to send power. Your car's onboard charger then converts the AC power from the wall into DC power that the battery can store. A 7 kW home charger typically adds 30 to 35 miles of range per hour; a 22 kW charger adds roughly 100 miles per hour, though the actual speed depends on your vehicle's onboard charger capacity and battery condition.

Installation requires a may have access to electrician to assess your home's electrical capacity, run a new circuit if needed, and install the wallbox to local safety standards. The cost varies widely by country and region — some areas have subsidies or rebates that cover part of the installation, while others do not. You will need to check with your local utility or government program to learn what is available where you live.

Type 2 at public charging stations

Public Type 2 chargers are found at supermarkets, car parks, workplaces, and dedicated charging networks across Europe and beyond. These are usually tethered chargers, meaning the cable is permanently attached to the station rather than stored in your vehicle. You straightforward pull up, open the charging port on your car, and plug in.

Public chargers vary in power output. A typical public Type 2 charger delivers 7 to 22 kW, which means a 30-minute stop might add 20 to 50 miles depending on the station's power and your vehicle. Some networks require a membership card or smartphone app to unlock the charger; others are free to use. Payment methods differ by network and country, so it is worth checking the network's website before you rely on a particular station.

Type 2 versus DC fast charging

Type 2 chargers are AC chargers, meaning they deliver alternating current that your vehicle's onboard charger converts to DC. DC fast chargers, by contrast, convert the power to DC at the charging station itself and bypass your vehicle's onboard charger entirely. This is why DC fast chargers can add 200+ miles in 20 to 30 minutes, while Type 2 takes longer.

DC fast chargers use different connectors depending on your region — CCS (combined charging system) in Europe, CHAdeMO in some Asian markets, or Tesla's proprietary connector in North America. Type 2 is not used for DC fast charging. If you need to charge quickly on a long journey, you will use a DC fast charger at a motorway service station or dedicated fast-charging hub. For daily use at home or work, Type 2 is the standard.

What to know before installing a home Type 2 charger

Before you install a home charger, check your electrical panel's capacity. A 7 kW charger typically requires a 32-amp circuit; a 22 kW charger requires a three-phase connection and higher capacity. If your home's electrical system cannot support the charger you want, you may need to upgrade your panel, which adds cost and time.

Get quotes from at least two installers and ask whether they are certified to work with your local electrical standards. Some countries require the installer to be registered with a specific body; others do not. Ask about any government rebates or subsidies before you commit — many countries offer grants that cover 50 to 100 percent of installation costs, but the process process and important date vary.

Consider where you will mount the charger. It should be close to where you park, protected from weather, and positioned so the cable reaches your vehicle without stretching across a walkway. If you rent your home, check your lease or ask your landlord before installing anything permanent.

Type 2 cable safety and maintenance

Type 2 cables are robust, but they do need basic care. After each use, check the connector and cable for cracks, corrosion, or loose pins. If you notice damage, stop using the charger and have it inspected by a may have access to electrician before you charge again. Water and dirt can corrode the connector, so keep it dry and clean.

Most home chargers have built-in safety features that prevent overcharging, overheating, and electrical faults. These systems are automatic — you do not need to monitor them. However, if your charger makes unusual noises, feels hot to the touch, or trips your home's circuit breaker repeatedly, stop using it and contact the manufacturer or your installer.

Frequently Asked Questions

Can I use a Type 2 charger in different countries?

Yes, Type 2 is the standard across Europe, the UK, Australia, and most countries outside North America. However, the electrical supply voltage and frequency vary by country, so a charger designed for one country may not work safely in another. Always check the charger's specifications before traveling with it.

How long does it take to charge a full battery with Type 2?

A 7 kW charger typically takes 8 to 12 hours to fully charge a 50 kWh battery; a 22 kW charger takes 2 to 4 hours. The actual time depends on your vehicle's battery size, the charger's power output, and your vehicle's onboard charger capacity. Most people charge overnight at home, so the longer time is not a problem.

Do I need a special cable for Type 2 charging?

Your vehicle comes with a Type 2 cable or you can purchase one separately. Home chargers usually have a cable attached or a socket where you plug in your own cable. Public chargers have tethered cables, so you do not need to bring your own. Always use a cable that matches your charger's power rating.

What happens if my home does not have three-phase power?

You can still install a Type 2 charger; you will be limited to single-phase power, which delivers up to 7 kW instead of 22 kW. This is slower but still practical for home charging. If you want faster charging, you would need to upgrade your home's electrical supply to three-phase, which is expensive and not always possible.