With the popularity of electric vehicles, charging facilities have also been widely constructed and used. As an important part of charging facilities, electric vehicle charging connectors play a key role in connecting electric vehicles and charging equipment.

Electric vehicle charging connector refers to a device used to connect electric vehicles and charging equipment. Its main function is to realize the transmission of electric energy and control of the charging process. The charging connector has certain safety features to ensure that no safety accidents occur during the charging process.

As one of the necessary equipment for charging new energy vehicles, charging connectors are positively related to the development of new energy vehicles and the comprehensive promotion and popularization of charging facilities. Therefore, the quality of the charging gun also affects the quality of the charging facilities to a certain extent. , it can be said that the new energy vehicle charging gun is also very important. Let’s learn about the relevant knowledge of new energy charging guns.

According to the data, the classification of charging connectors is divided into DC connector DC (Direct Current) and AC connector AC (Alternating Current). The AC connector is also commonly known as a slow charging connector. Its charging speed is relatively slow, and it generally takes several hours or even longer to fully charge the battery. Mainly used for charging needs in homes or commercial places.

DC connector is also commonly known as fast charging connector. It is characterized by high power, large current and fast charging speed. It is mainly suitable for long-distance travel or urgent need for charging. Generally, there are layouts in places with high power demand, such as highways. However, the cost of DC charging guns is higher and requires a larger power supply, so special charging stations need to be built.

According to data. Comply with connector standards: AC connectors mainly have three interfaces: type1, type2, and GB/T, which can also be called American standard, European standard, and national standard. What's special is that Tesla has its own standard charging interface. Type1 (SAE J1772 interface): Mainly used in the United States and countries closely related to the United States (such as Japan and South Korea). It is suitable for 120V and 240V charging voltage. Type2 (IEC 62196 interface): It is the European new energy vehicle interface standard. The rated voltage is generally 230V.

How the charging connector works: When the connector is inserted into the charging port of an electric vehicle, an electrical connection is established between the connector and the electric vehicle. After the connection is established, the DC-to-AC converter inside the charging connector starts working to deliver DC and AC to the battery pack of the electric vehicle through the charging line. Able to achieve safe and efficient charging of electric vehicles.

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