Leoni and Diehl Strategic Partnership Drives Electromobility Innovation
The Leoni and Diehl strategic partnership brings together two leading automotive suppliers to develop advanced battery systems for electric and hybrid vehicles. Leoni AG and Diehl Group will combine their expertise to deliver integrated solutions for the rapidly growing electromobility market. Learn more at https://www.leoni.com and https://www.diehl.com.
Joint Expertise in Energy, Data, and Heat Management
Leoni specializes in energy and data management solutions, while Diehl delivers innovative technologies for electric and hybrid vehicle systems. Together, the companies will focus on:
- Energy transmission systems
- Data communication technologies
- Thermal and heat management solutions
This collaboration will cover the entire value chain, allowing both companies to deliver complete system solutions instead of individual components.
Meeting Growing Demand for Electric Vehicle Systems
The global market for electric vehicles (EVs) continues to expand at a rapid pace, with annual growth rates exceeding 30% through 2025. Automakers increasingly demand fully integrated system solutions rather than standalone parts.
The Leoni and Diehl strategic partnership directly addresses this shift by offering scalable, high-performance solutions tailored to modern vehicle platforms.
Advanced Connectivity and Autonomous Driving Technologies
Leoni continues to innovate in automotive connectivity, recently showcasing advanced technologies at the International Suppliers Fair. The company focuses on enabling communication not only within vehicles but also between vehicles and their surroundings.
Its Dacar Ethernet cables support bidirectional data transmission at speeds of 100 Mbps and 1 Gbps, meeting the high data demands of autonomous driving systems.
High-Performance Cable Design for Harsh Environments
Leoni has engineered Ethernet cables with optimized materials that maintain high conductor symmetry under challenging conditions such as vibration, humidity, and contamination. This design reduces external interference and prevents signal disruption between adjacent cables, ensuring reliable performance in demanding automotive environments.
