Curricula

Curriculum Table

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General Information

Description

TG00EE03	Design of Hybrid System (10 cr)
Prerequisites	Design tools, thermodynamics, fluid mechanics, steam boilers, thermal power processes, heat and moisture transfer, district heating, electrical automation, structural dimensioning.
Objectives	The student knows the different methods of energy production and the principles of combining small-scale heat and energy production methods.
Content	Optimally scaling and combining different energy production systems. Energy storage. Different control and automation systems as part of the energy system.
Recommended optional programme components	If necessary, the student advisor will recommend optional programme components for each student based on their individual study plan.
Accomplishment methods	Not applicable
Execution methods	Not applicable
Materials	Not applicable
Literature	Not applicable
Evaluation Criteria	0-5
Evaluation Criteria	satisfactory (1-2) You calculate under guidance the electricity and heat energy requirements and size the necessary production equipment, size the district heating network, and heat distribution centers in the area, and you estimate the project's cost budget. good (3-4) You independently optimize the power of production equipment and select the necessary systems and devices from the market. The cost estimate takes into account all cost factors. excellent (5) You justify the choices and calculations you make.
Assessment Frameworks	Not applicable
Further Information	Not applicable
Responsible persons	Not applicable
Links	Not applicable

Implementations

No implementations.