Reliable EMC Cable Entry Solutions for High-Voltage E-Mobility Applications

Tuesday, 2 June 2026

As high-voltage vehicle architectures continue to evolve, safe and reliable cable entry becomes a critical design factor for batteries, inverters, motors, power distribution units and other key EV systems. Orange high-voltage cables require more than just mechanical fixation: they need reliable sealing, robust strain relief and long-term EMC shielding performance under demanding operating conditions such as vibration, temperature changes, moisture and mechanical stress.

This session will explore the key challenges of EMC-compliant cable entry design in electric vehicles, electric buses, commercial vehicles and mobile machinery. We will explain how PFLITSCH EMC cable glands help engineers achieve secure, sealed and shielded cable entries while supporting process reliability and system safety.

A particular focus will be placed on PFLITSCH’s TRI-Spring technology, which enables reliable 360° shield contact and has made PFLITSCH a market leader in EMC cable gland solutions.

In addition, we will introduce a new PFLITSCH development for high-voltage applications, designed to further improve assembly reliability, shielding performance and ease of integration in modern EV architectures.

Key Takeaways:

Understand why EMC-safe cable entry is critical in high-voltage EV systems.

Learn how PFLITSCH TRI-Spring technology supports reliable 360° shield contact.

Gain insight into a new PFLITSCH development for future high-voltage e-mobility applications.