The battery is undoubtedly the most complex component of modern electric cars and is largely responsible for the driving experience and range. However, over the course of its service life, it is subject to a continuous loss of performance due to degradation mechanisms that impair its storage capacity and thus the range and power output of the vehicle.

The demand for sustainably generated energy is increasing rapidly, and electrolyzers are seen as a promising technology. Due to their efficiency and good dynamic performance, PEM electrolyzers are one of the most widely used technologies today.

The webinar is specifically designed for the Formula Student Community. Learn about our advanced solutions for meshfree CFD simulation of gearboxes and racing cars.

The webinar is specifically designed for the Formula Student Community. Learn about advanced solutions in vehicle dynamics and powertrain modeling.

Scenario-based testing is established as an efficient method to test critical traffic situations in a reproducible way. The AVL SCENIUS™ toolchain for scenario-based testing ensures end-to-end consistency and traceability, from the requirements to test reports, enabling a thorough safety argumentation and type approval process.

Our simulation expert will give you a free training where he will walk you through all the typical steps necessary to integrate and test an Advanced Driver Assistance System (ADAS) or Automated Driving (AD) software in a virtual environment.

Vehicle and sensor soiling is becoming an increasingly important aspect of vehicle design. The focus is clearly shifting from pure aesthetics to challenges related to safety improvement and cost reduction. 

Solid oxide fuel cells are a promising technology for power generation within the context of renewable energy systems. This is mainly due to their high efficiency, fuel flexibility and environmental compatibility.