Pisica
- 38
- 5
How do you draw the heat pump in the p-V diagram?
Currently, it refers to the Carnot cycle, which has two isotherms and two adiabatic ones.
But I think that there is no isotherm in the heat pump, as well as the refrigerator.
On one heat sink it absorbs heat and on another it removes heat
And the compression and expansion of the gas cannot be isothermal.
I believe that when expanding the gas at the "evaporator" it is a mechanical thing that is lost that can be recovered.
The discussion will be clarified as we discuss if we are interested.
Let's begin, please,
With the drawing of the cycle in p-V coordinates/ For the heat pump or refrigerator or air conditioner.
Currently, it refers to the Carnot cycle, which has two isotherms and two adiabatic ones.
But I think that there is no isotherm in the heat pump, as well as the refrigerator.
On one heat sink it absorbs heat and on another it removes heat
And the compression and expansion of the gas cannot be isothermal.
I believe that when expanding the gas at the "evaporator" it is a mechanical thing that is lost that can be recovered.
The discussion will be clarified as we discuss if we are interested.
Let's begin, please,
With the drawing of the cycle in p-V coordinates/ For the heat pump or refrigerator or air conditioner.