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MEFRON
CCS2 EV Vehicle Inlet Platform
Case Study: Automotive & EV

CCS2 EV Vehicle Inlet Platform

Developed a globally compliant CCS2 vehicle inlet platform with advanced electrical, mechanical, thermal engineering for reliable high-power EV charging applications.

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01 The Challenge

Engineering a production-ready CCS2 platform for next-generation electric vehicles.

A fast-growing Tier-2 automotive component supplier required a complete CCS2 vehicle inlet solution that complied with global charging standards while supporting high-power AC/DC charging applications. The product needed to meet stringent automotive requirements for electrical safety, environmental protection, thermal management, durability, and long-term field reliability. The platform also had to be optimized for high-volume manufacturing with robust tooling, simplified assembly, and efficient validation.

Develop a globally compliant CCS2 vehicle inlet platform.
Ensure high-voltage safety and thermal protection.
Achieve automotive-grade durability and environmental sealing.
Enable scalable manufacturing with production-ready tooling.
02 The Solution

Complete CCS2 Engineering Platform

We engineered a fully integrated CCS2 vehicle inlet platform covering product architecture, electrical integration, precision mechanical design, tooling development, validation, and manufacturing support.

High-Voltage Electrical Design

Integrated power contacts, temperature monitoring, and electrical architecture designed for safe, reliable high-power charging performance.

Automotive Mechanical Engineering

Developed a robust locking mechanism, environmental sealing, and durable housing optimized for long-term automotive operation.

Production-Ready Manufacturing

Implemented DFM/DFA principles, injection mould tooling, and comprehensive validation to ensure repeatable quality and efficient large-scale production.

03 The Outcome

Our engineering approach delivered a production-ready CCS2 inlet platform that combined global compliance, manufacturing efficiency, and long-term automotive reliability.

Accelerated product development through an integrated engineering and validation approach.
Delivered a scalable, production-ready platform optimized for high-volume manufacturing.
Improved operational safety with integrated temperature monitoring and high-voltage protection.
Reduced manufacturing lead time through in-house tooling and design optimization.
Enhanced product reliability with automotive-grade validation and environmental sealing.
Enabled faster commercialization with a globally compliant CCS2 platform ready for OEM deployment.
Capabilities Overview

Capabilities Deployed

5 specialized capabilities covering end-to-end product engineering and manufacturing.

High-Voltage Design
Temperature Monitoring
Tooling & Injection Moulding
Automotive Validation
DFM/DFA

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