TMMV46	Energy Technology, project, ECTS-points /ENERGITEKNIK-PROJEKT/ Advancement level: C
	Aim: The course will provide skills necessary for carrying out energy technological studies on both the component and the system level. Prerequisites: Energy technology Supplementary courses: Science of motion and heat transfer, Aerodynamics, Applied science of motion and heat transfer, Aircraft engines, Hydraulic servo systems, hydromechanical servo transmissions, Fluid Power System Design, Transmissions and Tribology, Renewable Energy, Simulation of Complex Energy Systems, Industrial Energy Systems. Course organization: The allotted course time is used to complete two projects. Course content: One project in the course considers the analysis of a system component within energy technology. The other project involves the analysis of a larger energy system. The first project primarily uses knowledge within applied thermodynamics, the science of motion, and heat transfer, but also knowledge concerning power supply, distribution, and energy consumption. In the second project the emphasis is reversed. Literature: Introduction to Thermal Science, F.W. Schmidt, R.E. Henderson, C.H. Wolgemuth. Wiley. Articles from Mechanical heat theory and science of motion as well as Energy Systems, IKP, LiTH Course literature: Introduction to Thermal Science, F.W. Schmidt, R.E. Henderson, C.H. Wolgemuth. Wiley. Articles from Mechanical heat theory and science of motion as well as Energy Systems, IKP, LiTH
PRO1	Project course

Course language is Swedish.