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Application starts on 13.11.2024
Technologies for electrochemical energy conversion and storage of electricity
Individual course
Course contents
The course provides the student the ability to analyse battery and mechanical electricity storages and water electrolysis and fuel cell plants at system level. The student will learn how to model the components and systems, and study the energy efficiency and dynamics of the systems.
Learning outcomes
After having passed the course you will be able to
- identify the main components in electrochemical and mechanical electricity storage and conversion systems
- dimension the system components in the energy storage and conversion systems
- analyse the control systems in the energy storage and conversion systems
- know the basics of relevant regulations, norms, and standards in the energy storage and conversion systems.
Teaching methods
The course is organised online and the lectures are recorded. Project work is done as group work in groups of 3-4 students.
Completion methods
The course includes lectures and project works. Evaluation is based on the project works.
More information in the LUT University study guide.
You can get a digital badge after completing this course.
Responsible teachers
LUT University
Aki Grönman
aki.gronman(at)lut.fi
LUT University
Pertti Kauranen
pertti.kauranen(at)lut.fi
Contact person for applications
FITech Network University
Fanny Qvickström, Student services specialist
info(at)fitech.io
Application starts on 13.11.2024
Topics:
Applications and technologies of energy storages,
Energy engineering,
Energy markets and business models
Energy engineering,
Energy markets and business models
Course code:
BL40A3021
Study credits:
5 ECTS
Price:
0 €
Course level:
Teaching period:
6.1.–20.4.2025
Application start date:
13.11.2024
Application deadline:
23.12.2024
Host university:
LUT University
Who can apply:
Adult learner,
Degree student
Degree student
Teaching method:
Online
Teaching language:
English
General prerequisites:
Basic knowledge of the structures and operating principles of Li-ion batteries, water electrolyzers and fuel cells at component level.
Course suitable for:
People interested in Li-battery applications, electricity storage, and hydrogen production and use.
