Ingolstadt International Lecture Series on Electric Mobility

Speaker: Robin Langer – Technische Hochschule Ingolstadt
Time: 18:00 (UTC+2, MESZ)

Due to the rapid increase in the automation of vehicles, the software complexity is also increasing. This leads inevitably to system-side malfunctions. To avoid these system-side malfunctions and furthermore prevent malicious attackers from taking advantage of these vehicle vulnerabilities, the CARISSMA project HATS³ helps. This lecture provides a brief overview of the HATS³ project, the test bench developed and topics related to safety, security and accident analysis.

Speaker: Dr. Amit Patra - Indian Institute of Technology Kharagpur, India

Time: 18:00 (UTC+2, MESZ)

Batteries are key elements in electric vehicles. Failure of the battery pack or even certain cells within the pack may lead to complete grounding of the vehicle. This becomes particularly irritating and sometimes very inconvenient, if this happens when the vehicle is being driven around away from the service stations. It is therefore necessary to predict and diagnose such issues well before it has caused enough damage to the pack. This talk will talk about these issues and how to diagnose such conditions using the operating data of the vehicle.

Speaker: René Honcak – ASAP Engineering GmbH, Germany

Time: 18:00 (UTC+1, MEZ)

In the course of digitization and the increased use of modeling and simulation, overall system simulation is becoming more complex. It is necessary to use processes and methods to make the complexity manageable. In his lecture, the speaker will discuss methods of orchestration for digital twins in the development context in the automotive sector. Processes and use cases for the continuous development of digital twins for the product creation process will be presented.

Speaker: Guangyue Liao - AVL Deutschland GmbH, Germany

Time: 18:00 (UTC+1, MEZ)

With a rapidly growing market share of electric vehicles in the global market, the demand on lithium-ion batteries is continuously growing. To ensure true sustainability, the environmental impact of a battery along the whole value chain must be considered. Application of batteries beyond their first life influences actions from very beginning of design concept phase and virtual solutions will contribute to high efficiency in development for saving valuable resources. Clever management of batterie’s life via monitoring from 1^st life to 2^nd life prolongs lifetime and prepares for 2^nd use. AVL battery lifecycle management combines long years’ know-how in development, testing and simulation, including ageing modelling, lifetime prediction, data management, virtual driving monitoring/strategy optimization, state-of-healthy estimation and measurement. This lecture will provide an overview on sustainable battery lifecycle management and the fundamental knowledge on battery re-use and recycling.

Speaker: Terence Kearns - WEVO-CHEMIE GmbH, Germany

Time: 18:00 (UTC+1, MEZ)

As industry adopts e-mobility systems into main-stream production the integration, rationalisation and standardisation, raises new challenges. Within this presentation, WEVO-CHEMIE GmbH, draws on their experience and expertise to offer an insight into the world of 2-component interface systems. We explain the key chemistry characteristics and functionalities and where and how they can be applied. Simplifying material selection.

Speaker: Patricio R. Impinnisi and Juliano de Andrade - LACTEC - Institute of Technology for Development (battery division) / UFPR - Federal University of Parana (Electric engineering department), Brazil

Time: 18:00 (UTC+1, MEZ)

Battery ageing is due to physical chemical degradation of its components, it is heavily influenced by operational parameters and determines both safety and long term financial analysis. Battery users, however, aren’t always familiar with electrochemistry and materials engineering.

In this lecture, it will be presented methods to estimate and quantify battery degradation by a detailed analysis of its datasheets, operational parameters and sizing. It will be presented an ongoing work to quantify the effect of average state of charge on the battery‘s calendar life, using, exclusively datasheet information. Results and practical application of this method will also be presented.

Speaker:Dr. Reiner Sojka - Accurec Recycling GmbH, Germany       
Time: 18:00 (UTC+1, MEZ)

Comprehensive review of recycling technologies. Evaluation of existing industrial, pilot and lab-scale processes on European and global level.

Speaker: A/Prof. Bahman Shabani - RMIT University, Australia

Time: 13:00 (UTC+1, MEZ)     

The lecture will briefly review technological options for clean mobility with narrowing down the focus on hydrogen and fuel cell technologies. This includes discussing advantages and challenges of hydrogen solution followed by presenting its global state of development. The infrastructure requirements for deploying hydrogen solutions will also be discussed.

Speaker: Alexander Reich - Vitesco Technologies GmbH, Germany

Time: 18:00 (UTC+1, MEZ)

The worldwide electrification trend of the transport sector requires the development of highly efficient and cost-effective electrified powertrain solutions. State of the art electric powertrains have the inherent advantage of high efficiencies. But future worldwide legislative demand to limit the energy consumption with values <12 kWh/100km for C- Segment vehicles. This is additionally guiding the focus of development towards total efficiency. One major key is to choose the right semiconductor technology.

Speaker: Dr.-Ing. Li Wang - German Aerospace Center (DLR), Germany

Time: 18:00 (UTC+1, MEZ)

Recently the projected major application of proton exchange membrane (PEM) fuel cells has shifted from light-duty automotive to heavy-duty vehicles, the technical requirements of such system has accordingly changed. Further research and development are focused on meeting the increased demand of fuel efficiency and durability. In this presentation, the efforts to tackle these challenges through development of advanced components and smart operation strategy will be reviewed and discussed.

Speaker: Prof. Siddhartha Mukhopadhyay - Indian Institute of Technology Kharagpur, India

Time: 18:00 (UTC+1, MEZ)

The proposed lecture would continue on the topic of the first lecture and present the various dimensions of energy management of Hybrid Electric Vehicles such as traffic, terrain, environmental regulations, cost factors etc. It would particularly focus on the architecture of a computational strategy to solve problem of optimal energy management for a whole trip leveraging on wireless network connectivity and cloud computing platforms.

Speaker: Jonas Lausch – Technische Hochschule Ingolstadt

Time: 18:00 (UTC+1, MEZ)

Speaker: Dr. Yash Kotak, Christian Geisbauer – Technische Hochschule Ingolstadt

Time: 18:00 (UTC+1, MEZ)

In this lecture, the EU project COBRA will be presented in detail, ranging from the overall goals of using no Cobalt and achieving an even higher energy density than current technology, to the already developed concepts and prototype system. By the time of the lecture, the first performance results may also be ready to be discussed.