Electrical drive-battery: Design and optimization
Learn to understand the basic principles of electric drives and gain insight into the operation principle, characteristics and background of the most important facets.
Insight into principles, characteristics and backgrounds of electric drives
The aim of this course is to understand the basic principles of electrification of powertrains and key components. Get a good overview of the operating principle, features and background of the most important facets.
Content
- Roles and applications of electric drives and DC motor drives.
- Feedback controller design for DC drives.
- AC motor drives: rotating fields in AC machines using space vectors.
- Sinusoidal permanent magnet and induction AC motor drives.
- Switched reluctance drives
Result
The goal is to understand the basic principles of electric drives.
- Understand how electric drives work and can do this through manual calculations.
- Understand how to calculate electrical voltages, currents and mechanical forces, torques and (angular) displacements.
- Good overview of the operating principle, characteristics and application of the four most important rotating electrical machines: direct current, induction, synchronous and switched reluctance machines.
This is a master lecture series from the Technical University, especially open to students of PAO Technology and Management. You attend the lectures together with regular students. The lectures will be taught in English.
In cooperation with Eindhoven University of Technology.
Course leader
Steven Wilkins
PAOTM is rated with an average of
Program manager
Why PAOTM
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The latest post-academic knowledge and skills
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Focused on questions that arise in a technical environment
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Interactive and directly applicable in practice
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Top teachers from science, research and business
Frequently asked questions
Program
This master lecture series consists of 15 lectures of 2 hours each on Tuesdays and Fridays.
If the exact program is known, you will find it below.
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Introduction to Net-zero energy systems, Sustainability concepts and the increased importance of Electrified Systems
in Vehicles and High-tech applications along with System Simulation Concepts
• Digital Twinning solutions for electrified systems
- Werkcollege (optioneel)
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Electrical Machines for E-drives
• Electrical Machine eco-design, gray-box models for design and scaling, digitalization challenges in manufacturing, data-driven condition monitoring
- Werkcollege (optioneel)
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Power Electronics for E-drives
• Model-based and model-free reinforcement learning concepts for E-drives, with emphasis on switching modules
- Werkcollege (optioneel)
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Charging concepts
• Challenges and data-driven solutions from kW to MW charging systems, future planning towards charging energy hubs
- Werkcollege (optioneel)
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Batteries and Energy Storage Systems
• Digital Twinning of battery systems, state and parameter estimation techniques, functionalities of online battery management systems
- Werkcollege (optioneel)
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Powertrain Control
• From Rule based towards Fuzzy and Data-driven controllers/self learning control (adaptive/predictive controllers) for system level
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Fuel Cells
• Thermal State Estimation
- Werkcollege (optioneel)
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Sustainability week by expert talks: LCA,CRM, Materials, process
The last lecture hour includes in-class self-reflection.
- Werkcollege (optioneel)
Course leader
Steven Wilkins
PAOTM is rated with an average of
Frequently asked questions
Dates and locations
This master lecture series runs from November to January.
If specific dates are known, they will be listed below.
Investment
- Inclusief koffie, thee en (digitaal) cursusmateriaal
- Price excludes 21% VAT
Frequently asked questions
No start date available
No start date has been planned yet. Don't worry, you can register on our interest list. We will inform you immediately as soon as a new date is planned.
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