Ingolstadt International Lecture Series on Electric Mobility

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https://events.thi.de/elektromobilitaet

Auch in diesem Wintersemester findet an der Technische Hochschule Ingolstadt die „Ringvorlesung zur Elektromobilität“ statt. Aufgrund der hohen Nachfrage und dem Interesse nun schon zum vierten Mal in Folge. Dieses Jahr wird die „Ringvorlesung zur Elektromobilität“ zur „International Lecture Series on Electric Mobility“, denn sie befindet sich in enger Kooperation mit AWARE- Applied Network on Automotive Research and Education mit Latein Amerika, dem Indo-German Collaborative Research Center on Intelligent Transportation Systems und SENSE BAY - Safe Energy Storages Bavaria Network.
Daraus haben wir Vorträge mit Professoren unserer Partneruniversitäten in Australien (RMIT, Melbourne), Brasilien (UFPR and LACTEC, Curitiba) und Indien (Indian Institute of Technology Kharagpur) organisiert, um Ihnen spannende Themen rund um die Elektromobilität anzubieten. Außerdem gehören Vorträge aus der deutschen Automobilindustrie und der THI zum Programm. 
Da alle Referenten live präsentieren werden, beachten Sie bitte die teils verschiedenen Startzeitpunkte und Wochentage, die sich aufgrund der Zeitverschiebung ergeben. Bitte denken Sie daran, sich für die Vorträge anzumelden.
Alle Präsentationen werden auf Englisch gehalten, über Zoom stattfinden und auch an alle teilnehmenden Partneruniversitäten übertragen. Nach den Vorträgen (Dauer je 45 min) stehen die Referenten gerne für Fragen zur Verfügung.
Das Publikum setzt sich aus Studenten, Industriefachleuten und Mobilitätsbegeisterten jeden Alters zusammen. Sie sind herzlich willkommen, wir freuen uns auf Ihre Teilnahme.
Wandeln wir gemeinsam die „Ringvorlesung zur Elektromobilität“ zur “Ingolstadt International Lecture Series on Electric Mobility“!

Programme for winter term 2020/21

Speaker: Bhavya Kotak – Technische Hochschule Ingolstadt, Germany
Time: 6 pm (UTC+1)

The application of Lithium-Ion Battery (LIB) is rapidly evolving from electronics like mobile phones to energy storage systems and electric vehicles. However, LIB is experiencing a significant number of fire and explosion due to various reasons such as mechanical abuse, overcharging, short circuit, and design and manufacturing flaws. Therefore, it is vital to increase the safety of LIB consumers and hence, necessary to enhance the standards to make them more reliable.

Join Zoom-Meeting
https://thi-de.zoom.us/j/96712190674?pwd=NGo2ZlUwUVpIK3FXR05zamFrMXZyUT09
Meeting-ID: 967 1219 0674
Kenncode: 922262
Or use Skype for Business
https://thi-de.zoom.us/skype/96712190674

Speaker: Prof. Hans-Georg Schweiger – Technische Hochschule Ingolstadt, Germany
Time: 6 pm (UTC+1)

  • Hazards towards energy storage systems
  • Safety measures in energy storage systems
  • New safety concepts on cell and system level
  • New challenges from new cell technologies
  • Comparison of passenger and commercial vehicles

Join Zoom-Meeting
https://thi-de.zoom.us/j/96459293710?pwd=VUVkTTRvRHA4TTFCVWFZUmVXVWg4Zz09
Meeting-ID: 964 5929 3710
Kenncode: 922262
Or use Skype for Business
https://thi-de.zoom.us/skype/96459293710

Speaker: Prof. Liuping Wang - RMIT University, Australia

Time: 1 pm (UTC+1)

PID control systems are the fundamental building blocks of classical and modern control systems.  They have been used in the majority of industrial applications from chemical process control, mechanical process control, electro-mechanical process control, aerial vehicle control to electrical drive control and power converter control.  This lecture will present course materials for automatic tuning of PID control systems.

Join Zoom-Meeting

https://thi-de.zoom.us/j/93309884011?pwd=QWllUng0T01GTkxXRG1XaHlxT1EzUT09

Meeting-ID: 933 0988 4011

Kenncode: 922262

Or use Skype for Business

https://thi-de.zoom.us/skype/93309884011

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

Time: 6 pm (UTC+1)

Battery ageing is due to physic chemical degradation of it’s components, it is heavily influenced by operational parameters and determines both safety and long term finacial analysys. 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. The chemical reactions behind battery degradation will be briefly discussed, to illustrate the processes, but this lecture is mainly intended to electrical engineers, electrical engineering students and related areas.

Join Zoom-Meeting

https://thi-de.zoom.us/j/96347857294?pwd=RVRhWVM1NmNxSmkvUFNlMVVwTDFnQT09

Meeting-ID: 963 4785 7294

Kenncode: 922262

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https://thi-de.zoom.us/skype/96347857294

Speaker: Alexander Reich - Vitesco Technologies GmbH, Germany

Time: 6 pm (UTC+1)

800V Systems have significant advantages for charging times and e.g. reduction of cross sections of the conductor. Influences of 800V inverter and motor technologies to WLTP efficiency improvements.

Join Zoom-Meeting

https://thi-de.zoom.us/j/91942989600?pwd=eG1OTER0dkI3VTdJc01JdmR3T04zUT09

Meeting-ID: 919 4298 9600

Kenncode: 922262

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https://thi-de.zoom.us/skype/91942989600

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

Time: 6 pm (UTC+1)

Lithium-ion batteries are in widespread use for driving the power train of Electric and Hybrid Electric Vehicles. The state of health (SoH) of these batteries is a very important quantity to be accurately estimated to ensure the safety of the occupants and a long service life. Appropriate modelling of the battery parameters and the degradation mechanism is necessary to obtain a reliable estimation of the SoH. This talk will describe the current state of the art in this area and present some of the experiences of the author’s team in approaching this problem.

Join Zoom-Meeting

https://thi-de.zoom.us/j/91296822221?pwd=MGdkL0VEQ2FiRDJwT3BaVjc0ZlZzQT09

Meeting-ID: 912 9682 2221

Kenncode: 922262

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https://thi-de.zoom.us/skype/91296822221

Speaker: Prof. Bahman Shabani - RMIT University, Australia

Time: 1 pm (UTC+1)

The lecture will first briefly review options being practiced/considered for sustainable mobility. This will be followed by looking at hydrogen fuel cell solutions by including the following topics:

  • An overview of the technology
  • Advantages and challenges
  • Global state of development and current/planned investments
  • Future direction

Join Zoom-Meeting

https://thi-de.zoom.us/j/92386999597?pwd=aTdkSmRnM21KN1RzeWFYNGx5em5aUT09

Meeting-ID: 923 8699 9597

Kenncode: 922262

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https://thi-de.zoom.us/skype/92386999597

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

Time: 6 pm (UTC+1)      

The proposed lecture would first present the various dimensions of energy management of Hybrid Electric Vehicles such as traffic, terrain, weather, environmental regulations, cost factors etc. It would then describe the architecture and the algorithms of a computational strategy to solve the problem in real-time leveraging embedded computing platforms, on-board sensors, and vehicle models. Finally, the talk would conclude outlining future developments leveraging wireless networks and cloud computing platforms.

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https://thi-de.zoom.us/j/96313441139?pwd=d1BoN1BsejlvSDdCQ2FSMm1MNVFMZz09

Meeting-ID: 963 1344 1139

Kenncode: 922262

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Speaker: Dr. Frank Richter - AKKA DNO GmbH, Germany

Time: 6 pm (UTC+1)

The high voltage battery (HVB) is a core component in today’s modern electric- and hybrid vehicles, and safety is a top priority and design concern. This lecture puts a spotlight on how safety concepts are designed and implemented as an integral part of the HVB development process. A hands-on approach and lecture with examples from real life engineering challenges.

Join Zoom-Meeting

https://thi-de.zoom.us/j/95340401147?pwd=c2toVFNLNlhzU1BtSXFhdVVobU9Mdz09

Meeting-ID: 953 4040 1147

Kenncode: 922262

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https://thi-de.zoom.us/skype/95340401147

Speaker: Dr. Katja Brade - AVL Deutschland GmbH, Germany

Time: 6 pm (UTC+1)

Engineering solutions for HV storage systems need to fulfill high expectations for realization of an efficient, sustainable electromobility. New cell developments, design concepts and simulation solutions can help to meet challenging safety, energy and cost targets. AVL will present status, challenges and possible solutions to support customer development.

Join Zoom-Meeting

https://thi-de.zoom.us/j/96432801619?pwd=d2tCZWh0Mlljc0M5VTlNZnJvNGVzZz09

Meeting-ID: 964 3280 1619

Kenncode: 922262

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https://thi-de.zoom.us/skype/96432801619

Contact

Forschungsprofessor Batteriesysteme
Prof. Dr. Hans-Georg Schweiger
Tel.: +49 841 9348-4500
Raum: H026
E-Mail:
Wissenschaftliche Mitarbeiterin CARISSMA
Katharina Wöhrl, M. Eng.
Tel.: +49 841 9348-3352
Raum: H025
E-Mail: