Valeo presents truck electrification & ADAS systems at ACT Expo 2026

Valeo is presenting a portfolio of electrification, advanced driver assistance, and software-defined vehicle technologies at the Advanced Clean Transportation Expo 2026, targeting the evolving requirements of commercial truck platforms.

The solutions address key industry trends including zero-emission propulsion, increasing levels of automation, and integration of software-driven vehicle architectures.

Electrification of propulsion and thermal systems
The portfolio includes electric propulsion components and thermal management systems designed for battery-electric trucks and buses. One example is the EDC-120 electric compressor with integrated inverter, which supports thermal regulation in electric drivetrains.

Additional systems include inverters, onboard chargers, and heat pump solutions, which manage energy flow and temperature control across vehicle subsystems. Efficient thermal management is critical in electric vehicles to maintain battery performance and extend operational range.




ADAS and autonomous driving architecture
Valeo is presenting a range of ADAS solutions supporting automation levels up to Level 4. These systems combine sensor arrays, compute platforms, and software to enable functions such as object detection, lane keeping, and automated driving.

Sensor technologies include LiDAR, cameras, and associated cleaning systems designed to maintain visibility in adverse conditions. These are integrated with high-performance computing units that process sensor data and execute driving algorithms.

The portfolio includes scalable architectures ranging from domain controllers to centralized computing platforms, supporting different levels of system integration.

Software-defined vehicle and digital integration
The presented solutions include software platforms that enable continuous updates and integration of new functionalities over the vehicle lifecycle. Systems such as Valeo anSWer provide data-driven services including mapping, remote operation support, and parking functions.

Digital ecosystem tools support connectivity between vehicles, operators, and service providers, enabling data exchange and performance monitoring.




Efficiency, safety and driver interaction systems
Additional technologies focus on improving operational efficiency and safety. These include advanced lighting systems, wiper technologies for curved windshields, and hands-on detection systems for managing transitions between manual and automated driving modes.

Driver monitoring systems track attention and fatigue levels to support compliance with safety standards. Ultra-wideband technology enables secure access control through proximity-based authentication.

Cabin systems and human-machine interface
Interior technologies include advanced HVAC systems, integrated displays, and cockpit solutions combining hardware and software for driver interaction. A 42-inch display system supports information visualization and control functions within the vehicle.

These systems are designed to improve driver comfort and usability while supporting the increasing complexity of vehicle operation.

Application in commercial vehicle platforms
The portfolio is intended for light, medium, and heavy-duty commercial vehicles, where electrification and automation are expected to increase over the next decade. Integration of propulsion, sensing, and software systems supports fleet efficiency, reduced emissions, and enhanced operational safety.

The solutions presented by Valeo reflect ongoing development of integrated systems for next-generation commercial transport platforms.

Edited by Natania Lyngdoh, Induportals Editor — Adapted by AI.

www.valeo.com