Refrigeration Cycle Introduction

[@akademiktercume2178]

This is the ultimate summary of the overall subject on the internet or anywhere.

[@gooddeedsleadto7499]

How pressure remains constant in condenser despite the temperature drop from superheat rejection after compressor & sub-cooling heat rejection before expansion valve? Thank u How pressure remains constant in evaporator despite temperature rise from superheat gain before compressor?

[@siddharthasthana368]

Very nice explainations sir👍

[@kadekevin566]

why did we compress the vapor at the stage 2?

[@KarlAlfredRoemer]

I think it gets compressed between 2 und 3.

[@authenticvibes4100]

To increase the pressure and temp of the Gas.

[@pedrovaz8150]

@@authenticvibes4100 and why?

[@yassergomaa1882]

@@pedrovaz8150 u increase the temp and pressure so that it be higher than the surrounding and then Q of condenser could transfer from higher to lower

[@patientson]

It's needed as vapour inside the compressor which always needs vapour as last product from the evaporator. When the compressor gets vapour from the suction line it presses/ compresses/ pressurises the vapour to a even higher pressure vapour ready for the condenser's discharge line where the superheat starts to get de superheat

[@basitnazir1631]

don't get me wrong but you have to improve your explaining ability

[@balramsakya6578]

Good sir

[@abdulrehmankhan4860]

Where does the heat goes when expanding the gas in throttle vale

[@kickboxerinsj13]

If I understand my thermodynamics well enough, I think he may have missed the idea that energy can be transferred by Heat (VERY similar to Work but on a much smaller scale, usually in the atomic region) or by Work. When the fluid expands it takes up more Volume, and essentially uses Energy to expand itself at a molecular level, which in turn causes a Temperature drop as it does. If that doesn't quite answer your question, look into Enthalpy and it's formula, I think it pretty much covers what you're asking.

[@abdulrehmankhan4860]

@@kickboxerinsj13 very well explained