On the path to a clean and carbon-neutral mobility, hybrid vehicles will doubtlessly play a major role for the next decade, especially in the field of passenger cars. 

Automated design optimization for best Ammonia utilization avoiding wall film and depositsIn the last years, Selective Catalytic Reduction (SCR) Systems became the leading technology for reducing NOx of the Diesel engines.

The decision on the type of powertrain is made on the basis of the basic characteristics that a vehicle should ultimately have. Electrified vehicles have proven themselves for short distances and city traffic. For long distances, the classic combusti

The global roll-out of E-Mobility requires battery lifecycle management along the whole value chain to improve battery value and profitability. Monitoring the battery and vehicle status from production to the vehicle fleet’s “in-use” phase, aided by

AVL CRETA 6™ is a calibration data lifecycle management system designed for the calibration of all vehicle control units. It has been optimized for even more simple commissioning, installation and roll-out. It combines the advantages of low IT and in

Robust solutions are needed to detect and react on any problems occurring in the testbed. Durability for e-powertrain testing is taken to a new level thanks to AI-powered automation.

Vehicle soiling phenomena can be a major safety hazard due to obstructed driver’s visibility of the road or abnormal operation of advanced driver assistance systems (ADAS). 

Battery safety is one of the major challenges in the development of electric vehicles with lithium-ion battery systems. Internal short circuits, electrical overload or mechanical damage can cause an uncontrollable rise in battery temperature.

You are challenged by rapidly increasing test requirements, complex certification scenarios and inefficient test execution and evaluation? AVL's inventive Smart ADAS Analyzer supports you through the ADAS testing workflow.

Performance optimization, increased lifetime and cost reduction are the main drivers behind current PEM fuel cell research and development activities.