EU Standard MW Charging Pile MCS System SECC/EVCC Products – Charging Solutions for Future Commercial Electric Heavy Trucks, Long-Distance Buses, Mining Machinery, and Ships

Our company has independently developed and launched the EU standard MW charging pile MCS system (SECC/EVCC products), compliant with CharIN MCS 2.0 specifications. It aims to provide advanced charging technology for future commercial electric heavy trucks, long-distance buses, mining machinery, and ships. Through innovative applications of cutting-edge technology, we are redefining the charging experience for commercial electric vehicles, providing efficient, safe, and intelligent core charging solutions for electric trucks, buses, and other large commercial vehicles, accelerating the global transition to electric commercial vehicles.

1. Core Technological Highlights: Innovating the MW Charging Standard

1.1. 10Base-T1S Ethernet Physical Layer: A Stable and Reliable Communication Foundation

This product adopts the industry-leading 10Base-T1S (IEEE 802.3) Ethernet as the physical communication link, which offers three core advantages compared to traditional charging systems using Power Line Communication (PLC):

• Strong Anti-Interference Capability: The differential signal transmission design effectively resists strong electromagnetic interference (EMI) in MW charging scenarios, ensuring stable data transmission even during 3000A high-current operation, preventing charging failure due to communication interruptions.
• Native Support for TCP/IP and IPv6: Perfectly compatible with modern network architecture, providing high-speed data channels for fleet management, remote monitoring, and other intelligent applications, reducing dependence on middleware and enabling flexible expansion.

1.2. Exclusive ISO 15118-20 Protocol: Dual Protection for Safety and Intelligence

The product strictly adheres to CharIN recommended standards, fully supports the ISO 15118-20 protocol, and integrates TLS 1.3 encryption for dual protection—security and smart charging. Specific advantages include:

• Enhanced Security Encryption: Built-in TLS 1.3 encryption mechanism ensures the secure transmission of sensitive data such as identity authentication and payment information during charging, preventing data breaches and malicious attacks.
• Adaptability for Various Commercial Scenarios: Native support for "Plug & Charge," fleet charging management, and Vehicle-to-Grid (V2G) power interaction, meeting the customized needs of large commercial scenarios such as logistics parks, bus hubs, and ports.
• Seamless Compatibility and Future Expansion: As the most complete charging protocol available, ISO 15118-20 eliminates ambiguities and limitations of earlier versions, ensuring full compatibility with EU standard MCS vehicles and charging piles, while reserving space for future technological upgrades.

2. Application Scenarios: Empowering Commercial Vehicle Electrification Across Industries

• Long-Distance Freight Fleets: Quickly replenishing range during mandatory driver rest periods via high-power charging, reducing operational downtime and improving transportation efficiency.
• City Buses and Sanitation Vehicles: Suitable for centralized charging needs at bus hubs, supporting V2G functionality to assist with peak shaving and valley filling in the power grid, promoting smart city development.
• Port and Mining Vehicles: Designed to withstand extreme environments, with reliable construction to ensure stable charging of heavy-duty electric vehicles in harsh conditions, improving operational efficiency and safety.

Conclusion

With exceptional technological innovation and comprehensive solutions, our EU standard MW charging pile MCS system (SECC/EVCC products) offers efficient, safe, and intelligent core technology for commercial electric vehicle charging, supporting the global acceleration of commercial vehicle electrification. Whether for long-distance freight, city buses, or complex scenarios like mining and ports, we provide customized and comprehensive charging solutions to support global green travel and sustainable development.