Highly efficient two-speed e-axle for SUV and light-duty BEV applications
AVL experts present details of a highly efficient two-speed e-axle system, which reduces costs and improves performance in SUV and light-duty BEV applications.
Electric Vehicles
Defence-in-depth by deploying hypervisors and secure coding techniques
Experts from OpenSynergy and LDRA discuss the inherent security of a virtualized architecture, and how that strength can be underpinned by applying secure development techniques to code that handles data passed between processes.
Predictive and health-based vehicle energy optimization
Garrett’s Dr. Jaroslav Pekař explains how to unlock benefits for vehicle performance, energy or health control and monitoring using a predictive optimization approach.
A guide to vehicle emissions and energy testing
Kurt Engeljehringer shares details of AVL’s free Emission & Energy Testing Handbook, which aims to help engineers understand and navigate this complex topic.
How can we increase sustainability along the vehicle life cycle? Focus: use phase
Experts from Dow MobilityScience™ discuss how material science can help vehicle manufacturers and their suppliers lower the environmental footprint of vehicles.
Intelligent EV charging technology in an AUTOSAR environment
EB’s Roman Iseler explains how to overcome communication problems by integrating Vehicle-to-Grid software stacks into the AUTOSAR architecture.
Current trends and future developments in EV inverter and electric motor development
FEV’s Andreas Mayer and Joel Deussen discuss current trends and future developments for inverter technology and electric motors.
Solid oxide cell technology for highly efficient electricity generation, hydrogen production and energy storage
AVL experts explore how and where solid oxide cell technology technology is applied and how stakeholders can utilize it to accelerate system development.
Lessons learned from testing high-performance electric vehicle traction motors
Intertek’s Dave Meek discusses the many lessons the company has learned from testing high-performance electric vehicle traction motors.
Optimizing EV battery system safety in a virtual environment
AVL experts discuss the challenges the automotive industry faces regarding battery safety and how to tackle them by efficiently combining testing and simulation.
Accelerate electric vehicle testing from grid to road
Marvin Kroeger of Keysight highlights EV testing pain points and strategies to overcome them while efficiently balancing the investment of money, time, and resources within the test lab.
The current state and future direction of battery validation
HORIBA MIRA experts explain how disruptive influences are shaping how we will validate electric vehicle battery systems in the future.
Lightweight feeling – driving excitement, vehicle efficiency and costs of BEVs in conflict
AVL’s Georg Schrank introduces a methodology that helps engineers assess and develop a driving dynamics solution that makes the BEV feel lightweight, even when equipped with the heaviest batteries.
Demonstration of a holistic PEM fuel cell stack and system development approach
Experts from AVL discuss their approach to PEM fuel cell stack and system design for new applications and explain how to use an integrated simulation toolchain and testing ecosystem to develop better systems.
The hydrogen economy – total cost of ownership in production and use
AVL experts explain how ecological and political factors are shaping the hydrogen economy.
Redefining automotive design with ultra-high-strength aluminum
Mario Greco of Novelis discusses the ultra-high-strength 7xxx series alloy, which offers a weight reduction potential of up to 40% over existing hot-formed steel solutions.
Challenges and solutions to battery lifetime prediction
AVL’s Bernhard Brunnsteiner and Katja Brade discuss the challenges around battery lifetime prediction and some of the solutions on offer.
Optimising future powertrains through model-based calibration
MAHLE Powertrain experts explain how to employ a virtual co-simulation approach to expedite the powertrain optimisation process.
How inductive motor position sensors support the trend towards cost and size optimization in EV powertrain development
Experts from Piher Sensing Systems explain how inductive rotor position sensors can be used in EV and HEV applications and the benefits the technology has on overall powertrain performance.
Accelerating vehicle development with NVH simulators
VI-grade’s Dave Bogema explains how NVH simulator technologies can simplify and accelerate the vehicle development process.