Just see the TS diagram of say taking R134a refrigerant. I am not getting it :( please helpoz93666 said:Put 'refrigeration effect' in search and you get this ..."Net Refrigeration Effect is. "the quantity of heat that each pound of refrigerant absorbs from the refrigerated space to produce useful cooling"."
Refrigeration effect is a measure of how efficient the refrigerator is (in it's use of fluid), not how cold it gets.
The issue is that you are arguing against a definition. The definition is as @oz93666 said.Ravi Singh choudhary said:Just see the TS diagram of say taking R134a refrigerant. I am not getting it :( please help
Increasing the size of the evaporator allows for more surface area for heat exchange to occur. This means that a larger amount of refrigerant can be evaporated, resulting in a higher refrigeration effect.
The evaporator temperature plays a crucial role in the refrigeration effect. As the temperature of the evaporator decreases, the refrigeration effect increases. This is because colder temperatures allow for more heat to be absorbed from the surrounding environment, resulting in a more efficient refrigeration process.
Increasing the evaporator pressure can also lead to an increase in the refrigeration effect. This is because higher pressure allows for a higher boiling point of the refrigerant, which means more heat can be absorbed from the surrounding environment before the refrigerant turns into a vapor.
The evaporator is an essential component of the refrigeration cycle. It is responsible for absorbing heat from the surrounding environment, which causes the refrigerant to evaporate and turn into a vapor. This vapor then travels to the compressor, where it is compressed and sent to the condenser for further cooling.
The design of the evaporator can greatly impact the refrigeration effect. The shape, size, and material of the evaporator can affect the efficiency of heat transfer and the amount of surface area available for heat exchange. A well-designed evaporator can result in a higher refrigeration effect and better overall performance of the refrigeration system.