DC Charging Connector

AP DC charging connector meets international standards. It is equipped with third-generation technology, ergonomic design, and excellent protection performance. It is able to meet IP 55 waterproof level in working condition.

DC Charging Connector Types

The dc charging socket connector play a pivotal role in the world of electric vehicles, providing efficient and rapid charging solutions. As a leading high-quality interconnect pins manufacturer, we take pride in offering various DC charger connector types, specifically engineered to cater to various standards. Explore our cutting-edge solutions and find the perfect DC EV charging connector for sale that aligns with your electric vehicle charging needs.

DC GB/T Charging Connector

Conform to the regulations and requirements of GB/T 20234.2 standards. It owns high-efficiency performance and reliable compatibility.

CCS IEC 62196-3 Combo 2 Charging Connector

Comply with the regulations and requirements of DC 62196-3 IEC standards. It has an excellent IP55 protection level and ensures stable charging.

CCS Combo 1 Sae J1772 DC Charging Connector

Comply with the regulations and requirements of DC SAE J1772 standards. It owns a safety insulation design to prevent direct human contact.

Different between AC and DC Charger

DC charging has 120kw maximum power and can be quick charging in a public area.

AC charging with a maximum of 22kw is normally working in household daily use.

DC charging has 120kw maximum power and can be quick charging in a public area.

AC charging with a maximum of 22kw is normally working in household daily use.

The Importance of DC Charging Pin For Electric Vehicles Charging

Fast Charging Capability: DC charger pins enable fast charging, significantly reducing the time required to recharge EV batteries compared to conventional alternating current (AC) charging methods. This is crucial for enhancing the convenience and practicality of EVs, making them more appealing to consumers.

Long-Distance Travel: DC charging infrastructure, often equipped with the DC charging plug and new energy connector, facilitates long-distance travel for EV owners by providing rapid charging along highways and major travel routes. This infrastructure expansion is essential for addressing range anxiety and promoting EV adoption on a broader scale.

Public Charging Networks: Public charging networks, comprising DC fast charging stations with compatible charging pins, play a vital role in supporting EV drivers who may not have access to private charging facilities. These networks increase the accessibility and convenience of EV charging, particularly in urban areas and densely populated regions.

Charging Compatibility: Many modern EV models come equipped with onboard DC charging capability, allowing them to utilize DC fast charging stations with compatible pins. This compatibility ensures seamless integration between EVs and public charging infrastructure, enabling widespread adoption and usage.