Thermal energy storage systems theory

To decarbonise heating sector, we also need thermal storage options and this course provides the basic concepts of different Thermal Energy Storage options. This course is aimed at a multidisciplinary audience.
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Schedule:

Teaching time:

Self-paced

Location:

Online

Topic:

Engineering

Form of learning:

Online

Provider:

Aalto University, FITech

Level:

Advanced

Credits:

3 By Aalto University (ECTS)

Fee:

Free of charge

Target group and prerequisites

Bachelor's degree. Suitable for all who are interested on thermal energy storage solutions.

Course description

To decarbonise heating sector, we also need thermal storage options and this course provides the basic concepts of different Thermal Energy Storage options. This course is aimed at a multidisciplinary audience.

Course contents

This course introduces a system level approach to thermal energy storage (TES), considering the fundamentals of TES, and how it can improve the sustainability of energy systems. TES is introduced by assessing the need for its application, including excess heat from industrial and energy sector installations, production and demand mismatch (especially with RES production) and the role of consumer side incentive such as dynamic electricity and heat tariffs. A common approach is taken to all TES technologies, emphasizing the importance of temperatures and timescale (seasonal vs short term). The use of TES at different levels is then assessed as follows:

  • Power plants, industrial level, including use of DH network for storage
  • Community level e.g. ATES, BTES, CTES, PTES
  • Buildings e.g. thermal mass, phase change materials, chemical storage, DSM with HP ground heat storage (rock/soil)

Learning outcomes

  • Understand system level approach to thermal energy storage between power plants, industry, community and building level
  • Can prepare fundamental heat and mass balances of thermal energy storages
  • Connect the need for thermal energy storage created by both RES-Electricity and RES-Heat
  • Compare functioning of different energy storage technologies & materials
  • Able to characterise energy storage by technology, temperature, and timescale

Course material

All material is provided on the course platform.

No specific software needed.

Teaching schedule

The course contains only video modules and individual assignments with return dates. The course does not require attendance.

Each module has a start and end date (including video lectures, reading materials and independent tasks). Tasks must be submitted by the end of the module.

Completion methods

Video modules, independent assignments.

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