Design of Electric Vehicles (Modul ED150044 (old modul MW2076), online)
Contact
Contact: lec.ev.ftm@ed.tum.de
Available online
The lecture is online this semester, the video recording from the past semesters will be provided.
Available online at: Moodle: Design of Electric Vehicles
TUMonline
| Lecturer (assistant) | |
|---|---|
| Number | 0000004341 |
| Type | lecture |
| Duration | 3 SWS |
| Term | Winter semester 2025/26 |
| Language of instruction | English |
| Position within curricula | See TUMonline |
| Dates | See TUMonline |
Dates
Admission information
Description
In the course of this lecture all relevant aspects of electromobility as well as concepts, components, and issues concerning electric-driven vehicles are discussed successively:
* Introduction: Status of Electromobility regarding the total mobility
* Carbon footprint and environmental impacts
* User behavior and norm cycles: discussion of fleet data to evaluate the user behavior; vehicle comparisons based on norm cycles
* Vehicle package and derivation of vehicle concepts
* Drivetrain concepts: Components of the drivetrain, electrified drivetrain concepts
* Impact of Electromobility on vehicle components
* Thermal management, air-conditioning for EV and pre-conditioning of the HV battery
* Electric engines: principle, overview, range of usage, efficiency
* Power electronics: technologies, physical principles, efficiency
* Battery system: types of batteries, aging, battery models, SOC, SOH, design, safety, cooling
* Battery management system
* High Voltage-Safety: HV-components, standards, high-voltage on-board system, EMC
* Impact on the power grid and charging: Types of charging, battery exchange systems, functional safety, Well to Wheel, Vehicle to grid, Vehicle to building
* Introduction: Status of Electromobility regarding the total mobility
* Carbon footprint and environmental impacts
* User behavior and norm cycles: discussion of fleet data to evaluate the user behavior; vehicle comparisons based on norm cycles
* Vehicle package and derivation of vehicle concepts
* Drivetrain concepts: Components of the drivetrain, electrified drivetrain concepts
* Impact of Electromobility on vehicle components
* Thermal management, air-conditioning for EV and pre-conditioning of the HV battery
* Electric engines: principle, overview, range of usage, efficiency
* Power electronics: technologies, physical principles, efficiency
* Battery system: types of batteries, aging, battery models, SOC, SOH, design, safety, cooling
* Battery management system
* High Voltage-Safety: HV-components, standards, high-voltage on-board system, EMC
* Impact on the power grid and charging: Types of charging, battery exchange systems, functional safety, Well to Wheel, Vehicle to grid, Vehicle to building
Teaching and learning methods
In the lecture, the course content is communicated by means of lecture and presentation. More complex issues are derived and illustrated using a tablet PC. During the lecture, explicit questions are asked that require students to transfer their knowledge and where students are given the opportunity to speak up and discuss a possible solution.