Hot Products

Products Categories

NACS Mode 2 Portable EV Charger | Dual-Button Smart Control, 3.5kW / 7kW | AC 250V, IP67

ES140S Battery Connector Crimping/Welding/Flexible Busbar Connection

ES120S High-current Energy Storage Connector for Battery Modules

ES103 High-current Energy Storage Connector for Battery Modules

ES095 Battery Connector for Energy Storage Systems DC 1500V

Flexible Busbar Connection Energy Storage Battery Connectors

ES057S Energy Storage Battery Connector 80A-120A

250A 350A 600A Bolt-Type Connectors Busbar Connection

Stackable Floating Home Energy Storage Battery Connectors

IEC Type-2 AC/DC CCS2 Vehicle Inlet and Socket Outlet

GBT Standard DC&AC Vehicle Inlet and Socket Outlet (1).png

GBT Standard DC&AC Vehicle Inlet and Socket Outlet (2).png

GBT Standard DC&AC Vehicle Inlet and Socket Outlet (3).png

China Suppliers Factory GB/T Standard AC & DC Vehicle Charging Sockets for New Energy Vehicles

Sanco’s range of GB/T AC & DC vehicle charging sockets, designed by a leading supplier in China, includes separate AC sockets, DC sockets, and integrated AC/DC combination types. These products are engineered to meet the stringent GB/T 20234.1 and GB/T 20234.2 standards, making them suitable for all charging scenarios from home slow charging to public fast charging and ultra-high-power supercharging. With a focus on safety, stability, and efficient power delivery, our charging sockets are built with robust construction for a long service life. As a trusted factory in China, Sanco provides reliable connectivity solutions for new energy vehicle (NEV) charging infrastructure, ensuring outstanding compatibility for various applications

Product Details

Sanco’s independently developed GB/T AC/DC charging socket series — including dedicated AC sockets, DC sockets, and integrated AC/DC combination types — is fully compliant with GB/T 20234.1 and GB/T 20234.2 standards and has passed 100% CQC certification with mandatory inspection reports. Designed for mainstream new energy vehicle (NEV) models in China, these sockets deliver safe, stable, and efficient power transfer for both residential and commercial charging applications.

Robust Protection

Built with IP54/IP67-rated protection, each unit offers high resistance to dust, water, and environmental stress.

Operational Safety

Overload protection and flame-retardant, high-temperature-resistant materials further enhance overall charging safety.

High Durability

Engineered for over 10,000 mating cycles, maintaining consistent performance in public stations and fleet depots.

Flexible Customization

Sanco offers flexible customization to match diverse project requirements — including custom cable lengths, integrated temperature sensors, tailored interface combinations, and personalized housing designs.

Frequently Asked Questions (FAQ)

Q: Which standards do Sanco’s GB/T charging sockets comply with?

Sanco's GB/T AC/DC charging sockets are fully compliant with GB/T 20234.1 and GB/T 20234.2 standards and have passed 100% CQC certification with mandatory inspection reports.

Q: What types of GB/T sockets are available?

The series includes dedicated AC sockets, DC sockets, and integrated AC/DC combination types designed for mainstream new energy vehicle (NEV) models.

Q: What is the environmental protection rating of these sockets?

Each unit is built with an IP54/IP67-rated protection, offering reliable resistance to dust, water, and environmental stress.

Q: How durable are the sockets under high-frequency usage?

Engineered for over 10,000 mating cycles, these sockets maintain consistent performance even in high-frequency environments like public charging stations and fleet depots.

Q: What safety features do these charging sockets have?

They feature integrated overload protection and are constructed using flame-retardant, high-temperature-resistant materials to ensure operational safety.

Q: Can the charging sockets be customized?

Yes, Sanco provides flexible customization options, including custom cable lengths, integrated temperature sensors, tailored interface combinations, and personalized housing designs.