Summer Semester 2014/15
Summer Semester 2015/16
Summer Semester 2018/19
Summer Semester 2019/20
Summer Semester 2020/21
(in Polish) Pozyskiwanie i akumulacja energii ID6012
Types and sources of energy. Methods of energy obtaining. Passive heat storage systems in buildings: direct absorption of heat from the intermediate heat absorption of the isolated storage of thermal energy. Solar ponds without salinity, the salinity gradient. Characteristics of solar energy storage of short-term storage and long-term storage. The energy storage using phase change phenomena and chemical reactions. Storage by a kinetic energy. The use of electricity for hydrogen production.
(in Polish) Wymagania
Heating Engineering Basic Course
Ventilation and Air -conditioning Theory
Heat Transfer Theory
(in Polish) Założenia (prorekwizyty)
Heating Engineering Basic Course
Ventilation and Air -conditioning Theory
Heat Transfer Theory
Course coordinators
Term 2019L: | Term 2018L: | Term 2014L: | Term 2020L: |
Learning outcomes
PhD student has a good theoretical knowledge that is made up of a specific, associated with the acquisition and accumulation of energy, which are a source of particular scientific publications, including the latest achievements of science.
PhD student is able to efficiently obtain information related to the scientific activities of the various sources, including in foreign languages and make the proper selection and interpretation of this information.
PhD student is able to recognize and formulate complex tasks and problems associated with the acquisition and accumulation of energy.
PhD student is able to think and act in an independent and creative initiative manifested in the creation of new ideas and finding innovative solutions; show initiative in identifying new areas of research.
Assessment criteria
Discussion of the solutions adopted to design classes, exam.
Presentation of the subsequent stages of the project with the use of multimedia presentation and collected documents.
Execution of design work.
Defense prepared project.
Bibliography
[1] Chwieduk D. Energetyka Słoneczna Budynku. Arkady, 2011, Warszawa.
[2] Domański R. Magazynowanie energii cieplnej. PWN, Warszawa 1990.
[3] Pluta Z. Słoneczne instalacje energetyczne. Oficyna Wydawnicza Politechniki Warszawskiej.Warszawa 2008.
[4] Energy Storage - Technologies and Applications
[5] Edited by Ahmed Faheem Zobaa, Publisher: InTech 2013, under CC BY 3.0 license (open access book).
[6] Edited by Jonathan M. Bowen. Energy Storage: Issues and Applications. Nova Science Publishers, Incorporated, 2011