A heat engine running between a pit at 15 degree and an energy storage that is 50 times warmer than the pit works. 2/3 of the generated power is used to run the Carnot heat pump, which heats an home. Heat pump draws heat from the air at 4 degree and keeps the home at 15 degree. So the heat loss of home is 61000 kJ / h; a. Describe the system by drawing it schematically. b. Calculate the minimum heat that should be transferred to the heat engine.
A heat engine running between a pit at 15 degree and an energy storage that is 50 times warmer than the pit works. 2/3 of the generated power is used to run the Carnot heat pump, which heats an home. Heat pump draws heat from the air at 4 degree and keeps the home at 15 degree. So the heat loss of home is 61000 kJ / h; a. Describe the system by drawing it schematically. b. Calculate the minimum heat that should be transferred to the heat engine.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A heat engine running between a pit at 15 degree and an energy storage that is 50 times warmer than the pit
works. 2/3 of the generated power is used to run the Carnot heat pump, which heats an home. Heat
pump draws heat from the air at 4 degree and keeps the home at 15 degree. So the heat loss of home
is 61000 kJ / h;
a. Describe the system by drawing it schematically.
b. Calculate the minimum heat that should be transferred to the heat engine.
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