As can be seen in the figure, the air conditioner working in a stable state keeps the indoor environment at 21 C while the outdoor environment is 32 C. Since the heat transfer rate from the roof and walls to the house is 31,650 kJ / h, is the power input of 2.2 kW to the compressor of the air conditioner sufficient? If it is sufficient, calculate the COP, if not, find the theoretical minimum power in kW.
As can be seen in the figure, the air conditioner working in a stable state keeps the indoor environment at 21 C while the outdoor environment is 32 C. Since the heat transfer rate from the roof and walls to the house is 31,650 kJ / h, is the power input of 2.2 kW to the compressor of the air conditioner sufficient? If it is sufficient, calculate the COP, if not, find the theoretical minimum power in kW.
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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ENGLISH: As can be seen in the figure, the air conditioner working in a stable state keeps the indoor environment at 21 C while the outdoor environment is 32 C. Since the heat transfer rate from the roof and walls to the house is 31,650 kJ / h, is the power input of 2.2 kW to the compressor of the air conditioner sufficient? If it is sufficient, calculate the COP, if not, find the theoretical minimum power in kW.
Transcribed Image Text:Şekilde görüldüğü gibi kararlı halde çalışan klima dış
ortam 32°C iken iç ortamı 21°C de tutmaktadır. Çatı
ve duvarlardan konuta doğru olan Isı transfer hızı
indoor 21°c
31,650 kJ/h olduğuna göre klimanın kompresörüne
2,2 kW güç girdisi yeterli midir? Eğer yeterli ise,
COP hesaplayınız, yeterli değilse, teorik olarak olması
31,630 kl/h
outdoor. 32°C
cooling cycle
gereken minimum gücü kW cinsinden bulunuz.
Evaparator
Kondenser
Kompresor
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