The main objective is to understand how power electronics is applied in systems and how industrial, electric transportation and off-grid systems work.
Specific learning goals are to:
- describe physical systems from an energy conversion point of view,
- derive the energy conversion functions of the system,
- analyse the reasons for including safety margins in the system's technical specifications,
- describe and analyse the importance of reliability,
- demonstrate the ability to do technical system integration in one or more case studies,
- describe solutions to challenges that match the expectations of industry.
The course gives an overview of the application of power electronics and electrical machines in industry and transportation.|
In industry applications, power electronics is increasingly used to improve the efficiency of processes. In the Netherlands, about 40% of electrical energy is consumed by industry for pumping liquids, fans, process heating and cooling, and lighting and air conditioning for buildings.
The transport sector is going through an electrification transformation where combustion engines are replaced by power electronics and electric motors in order to reduce CO2 emissions.
Power electronics enables the integration of renewables and storage in electrical grids and improves the operation of off-grid systems.
The course comprises four modules:
The course evaluation is based on general knowledge questions and assignments on specific case studies.
- Overview of industrial drives and application requirements,
- Overview of electrical transportation systems,
- Overview of power electronics in grids
- A series of application case study lectures by external speakers from Dutch Industry.