The MCS aims to address the charging needs of heavy-duty commercial vehicles, such as trucks, buses, and other large electric vehicles, by significantly reducing charging times and increasing operational efficiency. This system enables these vehicles to gain substantial driving range during mandatory breaks, thus supporting their typical driving patterns and regulatory requirements.
MCS is designed to be robust and reliable, incorporating advanced communication protocols such as ISO 15118-20, which facilitates secure handling of payment systems, flexible charge management, and vehicle-to-grid (V2G) capabilities. The system employs differential Power Line Communication (PLC) to ensure robust data transfer and reduce electromagnetic interference. Key safety features include touch-safe designs and temperature management systems to handle the high power levels effectively.
The hardware specifications of MCS include a triangular-shaped connector with large DC power pins and multiple smaller pins for communication and grounding. The system also supports automated coupling, enhancing its suitability for various commercial applications. With its high power output and advanced communication capabilities, MCS is set to become a global standard for charging heavy-duty EVs, promoting the widespread adoption of electric mobility in the commercial sector.