The Reversed Carnot Cycle is used to run a food production company's refrigeration system. The system's hot refrigerant supply temperature should be 52 degrees Celsius, while the sink temperature should be -14 degrees Celsius. It is expected to have a capacity of at least 24 tons. It's important not to overlook losses. Determine: a. The COP b. The COP of Heat Pump c. The heat rejected from the system in kW d. The network in, hP e. The Energy Efficiency Ratio
The Reversed Carnot Cycle is used to run a food production company's refrigeration system. The system's hot refrigerant supply temperature should be 52 degrees Celsius, while the sink temperature should be -14 degrees Celsius. It is expected to have a capacity of at least 24 tons. It's important not to overlook losses. Determine: a. The COP b. The COP of Heat Pump c. The heat rejected from the system in kW d. The network in, hP e. The Energy Efficiency Ratio
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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The Reversed Carnot Cycle is used to run a food production company's refrigeration system. The system's hot refrigerant supply temperature should be 52 degrees Celsius, while the sink temperature should be -14 degrees Celsius. It is expected to have a capacity of at least 24 tons. It's important not to overlook losses. Determine: a. The COP b. The COP of Heat Pump c. The heat rejected from the system in kW d. The network in, hP e. The Energy Efficiency Ratio
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