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AVL Webinarserie — Driveline Simulation. A smart Vehicle Thermal Management System VTMS is essential for the driving range as well as the safety and durability of all powertrain components like the battery, E-motor, inverter or fuel cell.
A smart VTMS with features such as heat pumps, waste heat usage or predictive control, significantly increases the thermal comfort of the passenger, the battery and the entire powertrain but also protects the system from overheating while fast charging.
However, such a complex system also requires a huge amount of testing and calibration time within the development process. The significant reduction of vehicle tests in wind tunnels and test tracks speeds up the development, reduces costs and might even safe one prototype generation. This novel testing methodology is based on high dynamic conditioning systems that act as the link between simulation models and the unit under test which is the powertrain cooling system, the Heating, Ventilation and Air Conditioning HVAC as well as the thermal management control unit.
This enables you to test the performance of your thermal system in different driving cycle, ensure proper functionality источник all subsystems and even pre-calibrate your controller on the rig. The introduction of Advanced Driver Assistance Systems ADAS and Autonomous Driving AD has become a strong driver of innovation in the automotive industry.
Safety requirements, paired with short development times, can only be met by using highly efficient simulation and testing methods. As these requirements cannot be covered by a single simulation tool, it is necessary to perform integration within a versatile co-simulation environment. AVL offers a robust and open co-simulation and integration platform called Model. It connects environment, traffic, driver, sensor, vehicle and controls models with cloud computing resources and hardware-in-the-loop HiL why are there often so many steps between the original signal event and the cells response?
systems, for ADAS engineers to perform rapid prototyping, system integration, large-scale function optimization and why are there often so many steps between the original signal event and the cells response? validation. In this webinar, Josko Balic, Product Manager for Model. CONNECT, System Simulation and virtual ADAS solutions, explains how to utilize the tool for different ADAS applications, such as platooning, highway pilot, parking assist and adaptive cruise control, while ensuring optimal performance and accuracy within a consistent and seamless development process.
AVL cordially invites you to join the one of our webinars on May 21, Register now and be part of the simulation community! AVL Webinar Series AVL Webinar Series. Read More ACCEPT. Language German Italian Korean English Spanish Chinese French Japanese. Industry Commercial On Road Large Engines Racing Construction Equipment Passenger Cars Aviation 2-Wheelers Tractors.
Topic Electrification Emission ADAS and Autonomous Driving Vehicle Development Speed and Methodology. Upcoming Webinars. Go to On Demand Webinars. November 2, AM CET 60 mins. Simulation Technologies EN. Complete Vehicle System Simulation Considering Thermal Effects and Real Road Conditions. Driving a real-world cycle during a warm summer or cold winter season or driving down a mountain road with different battery states of charge focusing on braking behaviour.
Such conditions impact the vehicle's thermal effects, range, consumption, and operation strategies. Страница different simulation tools are needed to cover all this. In this webinar our experts explain the importance of these external influences and the cross-effects created between the different vehicle systems, from chassis to powertrain and thermal networks.
Speakers Lucas Kira, Matthias Pichler. November 8, AM CET 60 mins. Awareness of the need for a more sustainable mobility is growing, and with it the pressure on engineers to deliver solutions quickly.
There is no question that the internal combustion engine ICE can and will continue to play an important role in future mobility. However, to realize internal combustion engines with zero CO 2 and zero-impact pollutant emissions, the use of alternative fuels is essential.
Hydrogen H 2 is seen as the most promising. To successfully convert existing diesel engine concepts to H 2 engines, basic questions must first be answered, such as: How do you get H 2 into the combustion chamber?
How do you achieve the best air-fuel mixture? What is the best way to ignite H 2? What NO x level is produced? Can I get a diesel-like performance?
By integrating simulation into your development process, you can not only shorten your time to market. You can quickly explore different concepts using thermodynamics cycle simulation to why are there often so many steps between the original signal event and the cells response? or to confirm design decisions. Our solution supports you throughout the entire development process with assistants such as the engine model generator, parameterization wizards and various automated workflows.
This makes the solution easy to use and requires little training for you. Speakers Ales Cvikl, Andrej Poredos. November 10, PM CET 60 mins. Engineering Solutions EN. Zero Emission Transport: Fairy Tale or Realistic Pathway Forward? The energy system is transitioning towards non-fossil sources, and so is the transportation system. However, this transition is global but not synchronized.
So, is a genuinely zero-emission world achievable, especially under current boundary conditions? And if so, what is a realistic scenario and time frame?
In this webinar, Martin Rothbart and Rittmar von Helmolt explain how to overcome the shortcomings of existing approaches for future energy systems. November 17, AM CET 60 mins. Testing Solutions EN. The development challenge for reliable BoP testing. The development of fuelcell systems for various applications are transitioning to a serial product development. The consequence of that is an increased focus on cost and robustness for each individual component.
Suppliers of balance of plant components have to manage changing requirements in a fast growing industry. The application of new testing methods supported with a higher degree of virtualization are crucial to compete in the new fields. In this webinar Tomas Dehne will elaborate on AVL testing tools and solutions specifically for BoP testing and how they can support the rapid knowledge built up for fuel cell applications.
Key topics and takeaways: - Applied systems engineering methodology for BoP development - Usage of model based development tools for BoP components - Use case focused test environments for BoP testing.
Speakers Tomas Dehne, Chief Engineer fuelcell testing solutions. November 22, AM CET 60 mins. Hydrogen ICE Testing - Challenges and Solutions. However, challenges exist in transforming conventional test beds to operate safely and accurate with hydrogen.
In this webinar, our experts provide a holistic view /20407.txt requirements on test facilities for hydrogen ICEs. The experts will also identify solutions to the numerous test bed transformation challenges. Speakers Johannes Kregar, Kurt Engeljehringer. December 6, AM CET 60 mins. Correct calibration ensures the best performance and driveability while keeping emissions to a minimum.
In this webinar, Stefan Scheidel and Helmut Grassberger discuss how to implement suitable methodology and tools to help engineers find the optimal parameters in a multidimensional design space. Speakers Helmut Grassberger, Stefan Scheidel.
On Demand Webinars. Go to Upcoming Webinars. Carbon-Free Hydrogen Powertrains for Passenger Car and Commercial Vehicle ICEs. Hydrogen internal combustion engines ICEs will play a significant part in the quest to reduce CO 2 emissions from transport.
In this webinar, our experts will discuss the layout of hydrogen engines in passenger car and commercial applications, focusing on hybrid solutions for high-efficiency passenger car powertrains. Speakers Paul Kapus, Bernhard Raser. WATCH NOW. The Software-Defined Vehicle: How to Verify and Validate Software Functions. The software industry has shown that DevOps approaches offer many advantages, including faster value chain and time to market, additional business models, and quick and frequent updates to improve the customer experience.
But how will the process of the future look, and how can why are there often so many steps between the original signal event and the cells response? vehicle software be developed, verified and validated?
Integrating the DevOps process with the V-model for software validation and verification is key. Both approaches will work together to ensure speed, faster value-chain, and risk mitigation of critical aspects such as safety or durability.
Speakers Gianluca /31443.txt, Harald Petschnik, Kieran McAleer. Next Level of Systems Engineering продолжить Fuel Cell Degradation Monitoring. Fuel Cell degradation cannot be avoided or ignored, regardless if durability is the current testing focus.
Especially on the fuel cell system testing level, unit-under-tests UUTs are a limited resource and are often used for many calibration activities. Online Fuel Cell degradation monitoring is demonstrated to give operators immediate feedback when harmful по этой ссылке are experienced. The stresses are tracked over the lifetime of the UUT to ensure the when i see you lyrics engineer is aware of the current state of the UUT, across any testbed.
Furthermore, it is demonstrated that these stress factors can be used for calibration to improve system design and control strategy optimization with trade-offs between these stress factors and other key parameters. This can be already performed early in the design process through virtualization and further inputs to the next iteration of development through real testing results.
Speakers Tanner Bruhn, Development Engineer Fuel Cell Testing Technology Laurent Allouchery, Development Engineer Fuel Cell Testing Technology. BMW iX Benchmark Study: How Functions and Features Contribute to a High Level of Driving Excitement and Efficiency. AVL recently performed a comprehensive benchmark study of the BMW iX xDrive50 to provide insight into the vehicle's overall performance and operating strategies.
In this free, minute webinar, AVL's Stefan Pfragner and Christian Juwan present findings from the study, which links technology to the vehicle's strengths and highlights the end-consumer benefits.
Speakers Stefan Pfragner, Senior Project Manager Vehicle Benchmarking Christian Juwan, Product Manager Vehicle Benchmarking.
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