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Type 2 EV AC Charging Inlet for Electric Vehicles
New Energy Series

Type 2 EV AC Charging Inlet for Electric Vehicles

As countries around the world pursue sustainable energy solutions, electric vehicles (EVs) have become a key component in reducing carbon emissions and promoting environmentally friendly transportation. The EV AC Charging Inlet is central to the functionality of these vehicles and a key interface that facilitates the charging process. The product is designed to ensure that electric vehicles are charged efficiently and safely, making it a must-have component for manufacturers and consumers in the growing EV market.

    Product Features

    •Include electronics lock, charging cable and HV connector and low voltage connector .

    •Application temperature:-40-+85℃.

    •Meet GB/T20234-2015.

    •Meet latest GB standard.

    •Electronics lock provide un-lock function for any emergency.

    •Provides temperature monitoring.

    •High plug/un-plug life cycles.

    •Meet spec from both international OEM and GB.

    Product Overview

    The AC EV charging inlet is equipped with a range of features to enhance its usability and safety. It contains an electronic lock that not only secures the charging cable but also provides an unlocking function in emergency situations. The product is equipped with high-voltage and low-voltage connectors, which can be flexibly applied to different electric vehicle models.

     

    The EV AC charging inlet is designed for extreme conditions and can operate effectively in temperatures ranging from -40 to +85 degrees Celsius. Such a wide operating temperature range ensures that the charger can be used in a variety of climates, from harsh winters to hot summers.   The product complies with the Chinese national standard GB/T20234-2015 and the latest international OEM specifications, ensuring that it meets the industry highest quality and safety standards.

     

    A highlight of the EV AC charging socket is its temperature monitoring function. This feature can evaluate the charging environment in real time, providing users with key information about the charger operating status. By monitoring temperature fluctuations, the system can prevent overheating and potential damage to the charger and vehicle battery. This active safety measure not only extends the product service life, but also enhances users confidence in the reliability of the charging infrastructure.