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Engineering for Large-Scale Energy Conversion and Storage



Course format On-site
Datum 2023-09-04 - 2024-02-11
Tijdsduur 1 semester

The aim of the minor is to equip bachelor engineering students with selected knowledge and skills concerning energy conversion and storage systems and component technologies that are based on renewable resources, which are as such mostly fluctuating and not-well predictable. Electricity is not easily and cost-effectively stored, so a mismatch –both in time and geographically- between demand and supply of power is a real societal challenge. Also, storage of electricity needs to be accomplished at widely varying time scales to cope with fast weather fluctuations, day-night rhythm, occurrence of larger weather systems’ effects and seasonal variation of supply.


Be in the tird year of bachelor degree

Application procedure

There are different application procedures and dates depending if you are a national student or an international student.

Grant opportunities

TU Delft offers several study, research and internship grants for which you can apply for

Learning outcomes

Understand and apply knowledge of renewable power and heat supply systems
Apply process calculations for energy conversion and storage systems based on thermodynamics, mass and heat transfer and fluid mechanics
Evaluate systems based on the concepts of exergy analysis and life cycle assessment
Provide insights into current state of the art and future trends in energy engineering
Synthesize their knowledge and competences in a final design project, including aspects of technical communication (presentations, technical report writing).


ISCED Categories

Offshore en hernieuwbare energie