Exergy-based methods for refrigeration systems: For Students

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Lehrveranstaltung	Semester	Art	SWS	ECTS
Energy Engineering I [1]	Winter	IV	4 SWS (4 hours per week)	6
Energy Engineering II [2]	Summer	IV	4 SWS (4 hours per week) [3]	6
Thermal Design of Compression Refrigeration Machines [4]	Winter	IV	4 SWS (4 hours per week) [5]	6
Refrigeration Installations [6]	Summer	IV	4 SWS (4 hours per week) [7]	6
Modern Power Plant Engineering [8]	Summer	IV	4 SWS (4 hours per week)	6
Engineering Physical Chemistry [9]	Summer	IV	4 SWS (4 hours per week)	6

------ Links: ------

[1] https://www.ebr.tu-berlin.de/menue/for_students/ene
rgy_engineering_i/parameter/de/font0/maxhilfe/

[2] https://www.ebr.tu-berlin.de/menue/for_students/ene
rgy_engineering_ii/parameter/de/font0/maxhilfe/

[3] https://www.isis.tu-berlin.de/2.0/enrol/index.php?i
d=2264

[4] https://www.ebr.tu-berlin.de/menue/for_students/the
rmal_design_of_compression_refrigeration_machines/param
eter/de/font0/maxhilfe/

[5] https://www.isis.tu-berlin.de/2.0/enrol/index.php?i
d=2264

[6] https://www.ebr.tu-berlin.de/menue/for_students/ref
rigeration_installations/parameter/de/font0/maxhilfe/

[7] https://www.isis.tu-berlin.de/2.0/enrol/index.php?i
d=2264

[8] https://www.ebr.tu-berlin.de/menue/for_students/mod
ern_power_plant_engineering/parameter/de/font0/maxhilfe
/

[9] https://www.ebr.tu-berlin.de/menue/for_students/eng
ineering_physical_chemistry/parameter/de/font0/maxhilfe
/

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