GB/T EV Charging Plug (Car Side)
Model: GB/T-1/3Phase
Category: EV Charging Plug
GB/T EV Charging Plug is widely used in China for various electronic devices. This plug utilizes advanced crimping technology, ensuring the pins remain securely in place. Additionally, the plug boasts waterproof performance, enhancing its durability in various environments. For added customization, the plug is available in a variety of colors and can be customized with logos upon request. The handle is ergonomically designed to be comfortable and easy to grip.
What is a GB/T Connector for AC Charging?
The GB/T EV Charging connector is a Chinese standard for electric vehicle charging. It covers the charging system’s physical connector and electrical requirements for AC charging. The connector features 5 pins, which are used for both power and communication between the EV and the charging station.
The GB/T connector is designed for Level 1 and Level 2 charging, meaning it is generally used for standard home or public charging stations that deliver AC power. Although it delivers power at a slower rate than DC chargers, it is perfect for overnight charging or regular top-ups. The connector is robust and designed to handle the electrical load required by most EVs, delivering a safe, reliable charge.

Single Phase or Three Phase Charging
Whether you’re powering a fleet of electric vehicles or offering public charging stations, BESEN GB/T Plug has you covered. With support for both single-phase and three-phase charging, it provides the flexibility to meet diverse charging needs. This versatility not only boosts energy efficiency but also maximizes charging speed, ensuring you can deliver faster, more reliable service to your customers or employees. Adaptable to any scenario, it’s the ideal solution for businesses looking to future-proof their charging infrastructure.
Tailored Branding for Your Business
Stand out and reinforce your brand identity with BESEN GB/T Plug. Offering OEM customizable colors and the option to display your company logo, this plug lets you create a distinctive and professional look for your charging stations. Whether you’re branding a corporate fleet, public charging infrastructure, or a high-traffic location, this customization elevates your business’s image while maintaining top-tier functionality.

A Charger Plug Built for Your Business Needs



What Are the Differences Between Type 2 and GB/T Plug? (3)
Please Note: Standalone Component
BESEN GB/T Plug is a standalone component, designed for specific applications such as self-built charging setups or repair and replacement.

Related Products (2)
The GB/T AC plug can handle up to 32A of current. This is typically sufficient for Level 2 charging, providing a reasonable charging speed for most electric vehicles when used in residential or public charging stations.
The charging time using a GB/T AC plug will depend on the vehicle’s battery capacity and the available current (typically 32A). On average, Level 2 AC chargers like the GB/T plug can provide a charge of approximately 10 to 30 miles per hour of charging, meaning it could take 4 to 8 hours for a full charge depending on the EV’s battery size.
The GB/T plug is specifically designed for the Chinese market and is not widely used outside of China. However, if you travel internationally with a Chinese electric vehicle, you may need an adapter or a converter for compatibility with other charging standards, such as the Type 2 plug commonly used in Europe. Some international stations may offer multi-standard charging equipment that supports both GB/T and Type 2 plugs.
Yes, the GB/T AC plug is the most common charging standard for electric vehicles in China. Most Chinese-made EVs—including models from BYD, NIO, and XPeng—use the GB/T plug for both home and public charging. It is standardized for use across all EVs manufactured for the domestic Chinese market.
The GB/T AC plug supports a voltage range of up to 250V. This is standard for AC Level 2 charging, which is used for residential and public charging stations. The plug provides efficient charging for most electric vehicles without the need for high-voltage infrastructure.






