DC Fast Charging EVCC For Overseas Export EV OEMs

The DC Fast Charging EVCC (Electric Vehicle Communication Controller) is a high-performance vehicle-side communication control unit designed for overseas EV manufacturers developing electric vehicles for global markets.

As a critical component of the vehicle-side DC fast charging system, the EVCC enables reliable communication between the electric vehicle and external DC charging equipment. It manages charging communication processes, performs charging parameter negotiation, monitors charging status, and ensures safe and efficient charging operation.

Designed for international EV platforms, this EVCC supports global charging application requirements and provides flexible integration solutions for passenger EVs, commercial electric vehicles, buses, logistics vehicles, and specialty electric vehicle platforms.

With expertise in EV charging technology, embedded control systems, and intelligent charging solutions, customized EVCC development and manufacturing services are provided to help global EV OEMs accelerate vehicle electrification projects and achieve reliable charging compatibility in overseas markets.

1. Designed for Global EV OEM Applications
The DC Fast Charging EVCC is developed specifically for electric vehicle manufacturers targeting international markets. It helps overseas EV OEMs integrate reliable DC fast charging communication functions into their vehicle platforms, reducing system development complexity and improving product launch efficiency.
Key Benefits:

• Designed for global EV platform integration
• Supports overseas EV export projects
• Reduces charging system development workload
• Enables faster vehicle platform deployment

2. Advanced Vehicle-Charger Communication Control
The EVCC serves as the communication bridge between the electric vehicle and DC fast charging station, supporting mainstream international charging standards (such as CCS1, CCS2, ISO 15118, CHAdeMO, and GB/T). It manages the complete charging communication process, including:

• Charging initialization and handshake
• Charging parameter exchange
• Voltage and current negotiation
• Charging status monitoring
• Fault detection and protection
• Charging session termination control

3. Support for International Charging Applications
Designed for global EV applications, the EVCC supports different charging infrastructure environments and can be adapted according to regional market requirements.
Application Advantages:

• Suitable for overseas vehicle platforms
• Adaptable to different charging environments
• Supports customized communication requirements
• Designed for global EV deployment

4. OEM-Level Customization Capability
Flexible customization services are provided for EV manufacturers and system integrators, backed by strict automotive-grade manufacturing and quality standards (IATF 16949 compliant processes, CE, FCC, RoHS, and AEC-Q qualified components).
Customization Options:

• Hardware configuration adjustment
• Communication interface customization
• Software function development
• Vehicle integration support
• Parameter configuration
• System optimization

Electric Passenger Vehicles: Provides reliable DC fast charging communication solutions for passenger electric vehicles, supporting efficient charging integration for global EV platforms.

Commercial Electric Vehicles: Suitable for electric buses, delivery fleets, and urban mobility vehicles, helping manufacturers achieve stable and intelligent charging management for high-frequency operations.

Specialty Electric Vehicles: Applicable for industrial vehicles, engineering machinery, and off-road electric platforms.

Overseas EV Export Projects: Purpose-built for EV manufacturers entering international markets to handle diverse charging infrastructure requirements.

High-Performance Embedded Control System: Adopts an automotive-oriented embedded control architecture to achieve reliable communication processing and real-time charging management.

Real-Time Charging Communication Management: Continuously manages communication between the vehicle and charging equipment to ensure stable operation.

Intelligent Fault Monitoring: Monitors charging conditions in real time and identifies abnormal situations to enhance overall safety.

Flexible Vehicle Integration: Seamlessly integrates with the VCU, BMS, OBC, and other electronic control units.

Software Upgrade Capability: Supports functional upgrades and optimization throughout the vehicle development and lifecycle.