Assuming Isentropic Compression, Isobaric Cooling, Isobaric Condensation, Isobaric Subcooling, Adiabatic Expansion & Isobaric Evaporation, then:
Compressor Power, P꜀ = Carnot Work + Finite Heat-transfer Loss + Superheating Loss + Subcooling Loss
#Chiller
#ReverseRankineCycle
#SecondLawofThermodynamics
#SadiCarnot
#FiniteHeatTransfer
#Superheat
#SuperheatedHorn
#Subcool
#Compressor
#ExpansionValve
#Throttle
#Condenser
#Evaporator
#Refrigerant
#Fouling
#TemperatureEntropy
#IsentropicCompression
#IsobaricCooling
#IsobaricCondensation
#IsobaricSubCooling
#AdiabaticExpansion
#IsobaricEvaporation
