Electric vehicle (EV) charging stations can be found in many places these days, including public parking garages, shopping centres, and even some residential neighbourhoods. But have you ever noticed that there are different types of plugs? In this blog post, we’ll take a look at the different types of EV charger plugs and what they’re used for. So next time you see one of these plugs, you’ll know what it’s for!
Different types of connectors for AC EV Chargers
With the rise of electric vehicle (EV) ownership, AC EV charger connectors and cables are important tools for powering a variety of cars. They come in multiple shapes, sizes, and lengths offering flexibility to meet any charging needs. There are three main types of AC EV connectors: Type 1, Type 2 and GB/T. Of course, Tesla has its own type.
Type 1
Type 1 (SAE J1772) is the most common cartridge design found in North America and Japan. It’s characterized by its five pins, including two for power connection and three for communication functions.
Type 2
The Type 2 connector (IEC 62196-2) is mostly found in Europe and features seven pins including two for power connection and five for communication functions.
GB/T
In China, the one and only connectors to be used in electric vehicle charging infrastructure are known as GB / T. This specialized design was developed under the supervision of the Guobiao Standardization Commission. Because this is currently the sole type available all over China, it has greatly boosted development for a large-scale EV recharge network. It may look similar to Type 2 at first sight but they are not compatible due to their cables being reversed inside.
No matter which type of EV you get, make sure to have the right charger to fit your ride’s needs; it’s key to correctly running your battery!
Different types of connectors for DC EV Chargers
DC fast charging offers a convenient solution for those travelling long distances in their electric vehicles, as these specialized stations provide rapid recharging that can juice up an EV battery within 20 minutes. This is the perfect idea when you’re on the go and need your car quickly back to its fully charged.
CHAdeMO
CHAdeMO is an innovative fast-charging solution for electric vehicles. It was pioneered in 2010 by the CHAdeMO Association – a cooperative set up by the Tokyo Electric Power Company, along with four Japanese automakers. It rapidly became the dominant standard for fast-charging electric vehicles in Japan.
Today, it remains the go-to option given its prevalence and compatibility with fast chargers across Japan. Virtually all DC quick charge points in Japan are equipped with the CHAdeMO connector, giving EV owners an extensive network to charge their vehicles quickly and efficiently anywhere in the country. Now Japan is working with the China Electricity Council to develop the next generation of ultra-high power charging connectors named ChaoJi.
CCS
CCS is short for the combined charging system, which combines DC fast charging and AC slow charging interfaces into one. It is the new energy vehicle charging standard used in Europe and the U.S., which is divided into CCS1 and CCS2. “CCS1 connector” or “Combo1 connector” is used in the North American market and “CCS2 connector” or “Combo2 connector” is mainly used in Europe. Automobile manufacturers that support CCS include BMW, Ford, Jaguar, General Motors, Honda, Hyundai, Kia, Mazda, Volvo, Renault, MINI, smarts, Rolls Royce, Audi, Volkswagen and others.
GB/T
The GB/T DC charging connector is becoming the go-to option for charging electric cars in China. Known also as the guobiao DC EV charging connector, it is a DC fast-charging system developed by SAE International and the Chinese State Grid Corporation in order to meet global safety standards. The GB/T 20234 charging standard backed by this system is being employed in various cities throughout the country, essentially establishing a unified charging system for all-electric vehicles.
TESLA
Tesla has developed its own charging connector, distinct from the other industry standards. Its proprietary connectors work for all voltages and can be used to charge a Tesla at one of their exclusive Superchargers stations – which are located around the world! Non-Tesla EVs cannot use this network though as each charger goes through an authentication process first that only recognizes Teslas.
How can I choose the right EV charging connector for my electric vehicle？
Knowing which type of plug and connector is required to charge your electric vehicle can be stressful, but it doesn’t have to be. To determine the correct plug for your EV, check the owner’s manual, or look for a plate on the inside of your charging port. This plate typically has both the model name and logo of the connector as well as instructions on how to connect to it.
You might also need to purchase an adapter if there are multiple choices of connectors at a charging station. Remember that not all parts of a charging system are universal across different models so check with your local service centre for more information regarding compatible accessories. With these few steps, you’ll be able to make sure that you choose the right connection for your EV and its battery needs.
Why is DC EV charging faster?
DC EV charging is becoming more popular worldwide due to its ability to quickly recharge electric vehicles. This charging technology is able to make full charges in 30 minutes or less for some models of EVs, unlike the several hours it can take when using an AC charger. The battery in the vehicle only accepts direct current (DC).
DC EV charging does this by sending a larger amount of electricity directly from the power grid to the battery at once thanks to a converter, which makes the process much faster than AC chargers that use transformers and transistors that slow down the flow of electricity. This powerful combination enables drivers to conveniently and rapidly charge their electric vehicles, an incredibly useful improvement for those who rely on EVs for everyday transportation.
What does a charging connector do for an electric vehicle?
Charging an electric vehicle (EV) is not very different from fueling up a regular car. With the help of a connector, EV owners can charge their vehicles at home or at locations that offer public charging stations. The connector serves as an interface between the vehicle and the power source to direct electrons from the electric grid into the battery of the EVs.
Depending on what type of connectors are installed in your electric vehicle, you will need to get an adapter that allows you to charge your vehicle with different types of outlets. So if your EV comes with a Type2 connector, you’ll need to grab a Type1 adapter so you can use it with Type1 charging sources.
Conclusion
Now that you have a good understanding of the different types of charging connectors for electric vehicles, it’s time to choose the right one for your car. With more and more drivers switching to electric vehicles every day, investing in an EV charger is an important step towards aligning with greater sustainability and cleaner air. And let’s not forget — you’ll be joining a movement of green-minded drivers who are leading the charge by helping make our planet better for future generations.
