Thermodynamic Calculations of Cascade Vapor Compression Refrigeration Cycle<Text-field style="Heading 1" layout="Heading 1">Introduction</Text-field>In the event that a high COP of a refrigeration cycle is of greater importance compared to other factors, it is possible to significantly increase the COP of a basic cycle through the use of a multistage vapor compression cycle. This is especially true when the pressure ratio between the heat rejection and heat absorption pressures is large 5 or more.
Multistaging involves one or more intermediate pressures between the heat rejection and heat absorption pressures, and a series of compressors operating between successive pressure intervals.
Cascade cycle is simply a chain of single stage vapor compression cycles operating in series, such that the condenser of a lower temperature cycle provides the heat input to the evaporator of the higher temperature 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working fluidQyQ+SSZUUEh3Zkc2ImYqNiVJInBHRiVJImhHRiVJI3dmR0YlRiU2JEkpb3BlcmF0b3JHRiVJJmFycm93R0YlRiUtSSlQcm9wZXJ0eUdGJTYmSSJUR0YlL0kpcHJlc3N1cmVHRiU5JC9JKWVudGhhbHB5R0YlOSU5JkYlRiVGJSEiIg==Specific enthalpy as a function of pressure, temperature and working fluidQyQ+SSZIUFR3Zkc2ImYqNiVJInBHRiVJIlRHRiVJI3dmR0YlRiU2JEkpb3BlcmF0b3JHRiVJJmFycm93R0YlRiUtSSlQcm9wZXJ0eUdGJTYmSSJIR0YlL0kpcHJlc3N1cmVHRiU5JC9JLHRlbXBlcmF0dXJlR0YlOSU5JkYlRiVGJSEiIg==Specific entropy as a function of pressure, temperature and working fluidQyQ+SSZTUFR3Zkc2ImYqNiVJInBHRiVJIlRHRiVJI3dmR0YlRiU2JEkpb3BlcmF0b3JHRiVJJmFycm93R0YlRiUtSSlQcm9wZXJ0eUdGJTYmSSJTR0YlL0kpcHJlc3N1cmVHRiU5JC9JLHRlbXBlcmF0dXJlR0YlOSU5JkYlRiVGJSEiIg==Density as a function of pressure, temperature and working fluidQyQ+SSZEUFR3Zkc2ImYqNiVJInBHRiVJIlRHRiVJI3dmR0YlRiU2JEkpb3BlcmF0b3JHRiVJJmFycm93R0YlRiUtSSlQcm9wZXJ0eUdGJTYmSSJER0YlL0kpcHJlc3N1cmVHRiU5JC9JLHRlbXBlcmF0dXJlR0YlOSU5JkYlRiVGJSEiIg==Specific entropy as function of pressure and specific enthalpy and working fluidQyQ+SSZTUEh3Zkc2ImYqNiVJInBHRiVJImhHRiVJI3dmR0YlRiU2JEkpb3BlcmF0b3JHRiVJJmFycm93R0YlRiUtSSlQcm9wZXJ0eUdGJTYmSSJTR0YlL0kpcHJlc3N1cmVHRiU5JC9JKWVudGhhbHB5R0YlOSU5JkYlRiVGJSEiIg==Density as function of pressure and specific enthalpy and working fluidQyQ+SSZEUEh3Zkc2ImYqNiVJInBHRiVJImhHRiVJI3dmR0YlRiU2JEkpb3BlcmF0b3JHRiVJJmFycm93R0YlRiUtSSlQcm9wZXJ0eUdGJTYmSSJER0YlL0kpcHJlc3N1cmVHRiU5JC9JKWVudGhhbHB5R0YlOSU5JkYlRiVGJSEiIg==QyQ+SS5IY29tcFBUUEVGRndmRzYiZio2J0kjcDFHRiVJI1QxR0YlSSNwMkdGJUkkZWZmR0YlSSN3ZkdGJTYnSSNoMUdGJUkjczFHRiVJJnMyX2lzR0YlSSZUMl9pc0dGJUkmaDJfaXNHRiVGJUYlQyRAJTItSSdUU1BYd2ZHRiU2JTkkIiIiOSg5JUMnPjgkLUkmSFBUd2ZHRiU2JUY5RjxGOz44JS1JJlNQVHdmR0YlRkI+OCZGRD44Jy1JJlRQU3dmR0YlNiU5JkZIRjs+OCgtRkE2JUZORkpGO0MnPkY/LUknSFNUWHdmR0YlNiVGPEY6Rjs+RkQtSSdTU1RYd2ZHRiVGV0ZHRklGT08sJkY/RjoqJiwmRlBGOkY/ISIiRjo5J0ZpbkY6RiVGJUYlRmluQyQ+SS5TY29tcFBUUEVGRndmRzYiZio2J0kjcDFHRiVJI1QxR0YlSSNwMkdGJUkkZWZmR0YlSSN3ZkdGJTYkSSNoMkdGJUkjVDJHRiVGJUYlQyU+OCQtSS5IY29tcFBUUEVGRndmR0YlNic5JDklOSY5JzkoPjglLUkmVFBId2ZHRiU2JUY4RjJGOk8tSSZTUFR3ZkdGJTYlRjhGPEY6RiVGJUYlISIiQyQ+SS5UY29tcFBUUEVGRndmRzYiZio2J0kjcDFHRiVJI1QxR0YlSSNwMkdGJUkkZWZmR0YlSSN3ZkdGJTYjSSNoMkdGJUYlRiVDJD44JC1JLkhjb21wUFRQRUZGd2ZHRiU2JzkkOSU5JjknOShPLUkmVFBId2ZHRiU2JUY3RjFGOUYlRiVGJSEiIg==QyQ+SS5EY29tcFBUUEVGRndmRzYiZio2J0kjcDFHRiVJI1QxR0YlSSNwMkdGJUkkZWZmR0YlSSN3ZkdGJTYkSSNoMkdGJUkjVDJHRiVGJUYlQyU+OCQtSS5IY29tcFBUUEVGRndmR0YlNic5JDklOSY5JzkoPjglLUkmVFBId2ZHRiU2JUY4RjJGOk8tSSZEUFR3ZkdGJTYlRjhGPEY6RiVGJUYlISIiCritical temperature as a function of working fluidLUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=QyQ+SSZUQ1J3Zkc2ImYqNiNJI3dmR0YlRiU2JEkpb3BlcmF0b3JHRiVJJmFycm93R0YlRiUtSSlQcm9wZXJ0eUdGJTYlSStUX2NyaXRpY2FsR0YlSSZ3YXRlckdGJUkpdXNldW5pdHNHRiVGJUYlRiUhIiI=Critical pressure as a function of working fluidLUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=QyQ+SSZQQ1J3Zkc2ImYqNiNJI3dmR0YlRiU2JEkpb3BlcmF0b3JHRiVJJmFycm93R0YlRiUtSSlQcm9wZXJ0eUdGJTYlSSpwY3JpdGljYWxHRiVJJndhdGVyR0YlSSl1c2V1bml0c0dGJUYlRiVGJSEiIg==<Text-field style="Heading 1" layout="Heading 1">Input Data</Text-field>Temperature of heat sourcePkkmVF9faW5HNiItSSIqRzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJEkpU3RhbmRhcmRHNiQvRipJJlVuaXRzRzYkRihJKF9zeXNsaWJHRiRGKDYkLUkiK0dGJzYkISM1JCImOnQjISIjLUklVW5pdEdGJDYjLkkiS0dGJA==Temperature of heat consumptionPkknVF9fb3V0RzYiLUkiKkc2JCUqcHJvdGVjdGVkRy9JK21vZHVsZW5hbWVHRiRJKVN0YW5kYXJkRzYkL0YqSSZVbml0c0c2JEYoSShfc3lzbGliR0YkRig2JC1JIitHRic2JCIjcSQiJjp0IyEiIy1JJVVuaXRHRic2Iy5JIktHRiQ=Temperature difference in the evaporator PkktJmRlbHRhO1RfX0VWRzYiLUkiKkc2JCUqcHJvdGVjdGVkRy9JK21vZHVsZW5hbWVHRiRJKVN0YW5kYXJkRzYkL0YqSSZVbml0c0c2JEYoSShfc3lzbGliR0YkRig2JCIiIy1JJVVuaXRHRic2Iy5JIktHRiQ=Temperature difference in the condenser PkktJmRlbHRhO1RfX0NERzYiLUkiKkc2JCUqcHJvdGVjdGVkRy9JK21vZHVsZW5hbWVHRiRJKVN0YW5kYXJkRzYkL0YqSSZVbml0c0c2JEYoSShfc3lzbGliR0YkRig2JCIiIy1JJVVuaXRHRic2Iy5JIktHRiQ=Temperature difference between working fluids in low pressure and high pressure circuits PkkpJmRlbHRhO1RHNiItSSIqRzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJEkpU3RhbmRhcmRHNiQvRipJJlVuaXRzRzYkRihJKF9zeXNsaWJHRiRGKDYkIiIjLUklVW5pdEdGJzYjLkkiS0dGJA==Isentropic efficiency of the compressorPiZJJGV0YUc2IjYjSSVjb21wR0YlJCIiKSEiIg==Pressure increase in compressor 1PkkmcGlfXzFHNiIiIiQ=Working fluid in low pressure circuitPiZJI3dmRzYiNiNJIkxHRiVJJlI0MTBhR0YlWorking fluid in high pressure circuitPiZJI3dmRzYiNiNJIkhHRiVJJlIxMzRhR0Yl<Text-field style="Heading 1" layout="Heading 1">Calculations</Text-field>Temperature of the working fluid at the evaporator outletPiZJIlRHNiI2JCIiIkkiTEdGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiRJJlRfX2luR0YlLUkiLUdGKzYjSS0mZGVsdGE7VF9fRVZHRiU=Pressure of the working fluid at the evaporator outletPiZJInBHNiI2JCIiIkkiTEdGJS1JJ1BTVFh3ZkdGJTYlJkkiVEdGJUYmRicmSSN3ZkdGJTYjRig=Specific enthalpy of the working fluid at the evaporator outletPiZJImhHNiI2JCIiIkkiTEdGJS1JJ0hTVFh3ZkdGJTYlJkkiVEdGJUYmRicmSSN3ZkdGJTYjRig=Specific entropy of the working fluid at the evaporator outletPkknc19fMSxMRzYiLUknU1NUWHdmR0YkNiUmSSJUR0YkNiQiIiJJIkxHRiRGKyZJI3dmR0YkNiNGLA==Specific volume of the working fluid at the evaporator outletPkkndl9fMSxMRzYiLUkiL0c2JCUqcHJvdGVjdGVkRy9JK21vZHVsZW5hbWVHRiRJKVN0YW5kYXJkRzYkL0YqSSZVbml0c0c2JEYoSShfc3lzbGliR0YkRig2Iy1JJ0RTVFh3ZkdGJDYlJkkiVEdGJDYkIiIiSSJMR0YkRjgmSSN3ZkdGJDYjRjk=Pressure of the working fluid at the compressor 1 outletPiZJInBHNiI2JCIiI0kiTEdGJS1JIipHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiQmRiQ2JCIiIkYoSSZwaV9fMUdGJQ==Pressure of the working fluid at the condenser outletPiZJInBHNiI2JCIiJEkiTEdGJSZGJDYkIiIjRig=Temperature of the working fluid at the condenser outletPkknVF9fMyxMRzYiLUknVFNQWHdmR0YkNiUmSSJwR0YkNiQiIiRJIkxHRiQiIiEmSSN3ZkdGJDYjRiw=Specific enthalpy of the working fluid at the condenser outletPiZJImhHNiI2JCIiJEkiTEdGJS1JJ0hTVFh3ZkdGJTYlSSdUX18zLExHRiUiIiEmSSN3ZkdGJTYjRig=Specific enthalpy of the working fluid at the condenser outletPkknc19fMyxMRzYiLUknU1NUWHdmR0YkNiVJJ1RfXzMsTEdGJCIiISZJI3dmR0YkNiNJIkxHRiQ=Specific volume of the working fluid at the condenser outletPkkndl9fMyxMRzYiLUkiL0c2JCUqcHJvdGVjdGVkRy9JK21vZHVsZW5hbWVHRiRJKVN0YW5kYXJkRzYkL0YqSSZVbml0c0c2JEYoSShfc3lzbGliR0YkRig2Iy1JJ0RTVFh3ZkdGJDYlSSdUX18zLExHRiQiIiEmSSN3ZkdGJDYjSSJMR0YkPressure of the working fluid at the evaporator intletPiZJInBHNiI2JCIiJUkiTEdGJSZGJDYkIiIiRig=Specific enthalpy of the working fluid at the evaporator intletPiZJImhHNiI2JCIiJUkiTEdGJSZGJDYkIiIkRig=Temperature of the working fluid at the evaporator intletPkknVF9fNCxMRzYiLUkmVFBId2ZHRiQ2JSZJInBHRiQ2JCIiJUkiTEdGJCZJImhHRiRGKiZJI3dmR0YkNiNGLA==Specific enthalpy of saturated liquid of the working fluid at the evaporator inletPiZJImhHNiI2JUkjc2xHRiUiIiVJIkxHRiUtSSdIU1BYd2ZHRiU2JSZJInBHRiU2JEYoRikiIiEmSSN3ZkdGJTYjRik=Quality of the working fluid at the evaporator intletPiZJInhHNiI2JCIiJUkiTEdGJS1JIipHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiQtSSIrR0YrNiQmSSJoR0YlRiYtSSItR0YrNiMmRjo2JUkjc2xHRiVGJ0YoLUkiL0dGKzYjLUY3NiQmRjo2JCIiIkYoRjs=Specific entropy of saturated liquid of the working fluid at the evaporator inletPkkqc19fc2wsNCxMRzYiLUknU1NQWHdmR0YkNiUmSSJwR0YkNiQiIiVJIkxHRiQiIiEmSSN3ZkdGJDYjRiw=Specific volume of saturated liquid of the working fluid at the evaporator inletPkkqdl9fc2wsNCxMRzYiLUkiL0c2JCUqcHJvdGVjdGVkRy9JK21vZHVsZW5hbWVHRiRJKVN0YW5kYXJkRzYkL0YqSSZVbml0c0c2JEYoSShfc3lzbGliR0YkRig2Iy1JJ0RTUFh3ZkdGJDYlJkkicEdGJDYkIiIlSSJMR0YkIiIhJkkjd2ZHRiQ2I0Y5Specific entropy of the working fluid at the evaporator inletPiZJInNHNiI2JCIiJUkiTEdGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiRJKnNfX3NsLDQsTEdGJS1JIipHRis2JCZJInhHRiVGJi1GKjYkSSdzX18xLExHRiUtSSItR0YrNiNGNg==Specific volume of the working fluid at the evaporator inletPiZJInZHNiI2JCIiJUkiTEdGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiRJKnZfX3NsLDQsTEdGJS1JIipHRis2JCZJInhHRiVGJi1GKjYkSSd2X18xLExHRiUtSSItR0YrNiNGNg==Specific entropy of the working fluid at the compressor 1 outlet after isentropic compressionPiZJInNHNiI2JSIiI0kiTEdGJUkjaXNHRiVJJ3NfXzEsTEdGJQ==Temperature of the working fluid at the compressor 1 outlet after isentropic compressionPiZJIlRHNiI2JSIiI0kiTEdGJUkjaXNHNiQlKnByb3RlY3RlZEdJKF9zeXNsaWJHRiUtSSZUUFN3ZkdGJTYlJkkicEdGJTYkRidGKCZJInNHRiVGJiZJI3dmR0YlNiNGKA==Specific enthalpy of the working fluid at the compressor 1 outlet after isentropic compressionPiZJImhHNiI2JSIiI0kiTEdGJUkjaXNHNiQlKnByb3RlY3RlZEdJKF9zeXNsaWJHRiUtSSZIUFR3ZkdGJTYlJkkicEdGJTYkRidGKCZJIlRHRiVGJiZJI3dmR0YlNiNGKA==Enhtalpy change in the compressor after isentropic compressionPiZJImxHNiI2JEkjYzFHRiVJI2lzRzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliR0YlLUkiK0c2JEYqL0krbW9kdWxlbmFtZUdGJUkpU3RhbmRhcmRHNiQvRjBJJlVuaXRzR0YpRio2JCZJImhHRiU2JSIiI0kiTEdGJUYoLUkiLUdGLjYjJkY3NiQiIiJGOg==Enhtalpy change in the compressor 1 after actual compressionPiZJImxHNiI2I0kjYzFHRiUtSSIqRzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJUkpU3RhbmRhcmRHNiQvRi1JJlVuaXRzRzYkRitJKF9zeXNsaWJHRiVGKzYkLUkiK0dGKjYkJkkiaEdGJTYlIiIjSSJMR0YlSSNpc0dGMi1JIi1HRio2IyZGOTYkIiIiRjwtSSIvR0YqNiMmSSRldGFHRiU2I0klY29tcEdGJQ==Specific enthalpy of the working fluid at the compressor 1 outlet after actual compressionPiZJImhHNiI2JCIiI0kiTEdGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiQmRiQ2JCIiIkYoJkkibEdGJTYjSSNjMUdGJQ==Specific enthalpy of the working fluid at the compressor 1 outlet after actual compressionPiZJIlRHNiI2JCIiI0kiTEdGJS1JJlRQSHdmR0YlNiUmSSJwR0YlRiYmSSJoR0YlRiYmSSN3ZkdGJTYjRig=Specific entropy of the working fluid at the compressor 1 outlet after actual compressionPiZJInNHNiI2JCIiI0kiTEdGJS1JJlNQVHdmR0YlNiUmSSJwR0YlRiYmSSJUR0YlRiYmSSN3ZkdGJTYjRig=Specific volume of the working fluid at the compressor 1 outlet after actual compressionPiZJInZHNiI2JCIiI0kiTEdGJS1JIi9HNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiMtSSZEUFR3ZkdGJTYlJkkicEdGJUYmJkkiVEdGJUYmJkkjd2ZHRiU2I0YoTemperature of the working fluid at the compressor 2 intletPiZJIlRHNiI2JCIiIkkiSEdGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiQtSSdUU1BYd2ZHRiU2JSZJInBHRiU2JCIiI0kiTEdGJUYnJkkjd2ZHRiU2I0Y9LUkiLUdGKzYjSSkmZGVsdGE7VEdGJQ==Pressure of the working fluid at the compressor 2 intletPiZJInBHNiI2JCIiIkkiSEdGJS1JJ1BTVFh3ZkdGJTYlJkkiVEdGJUYmRicmSSN3ZkdGJTYjRig=Specific enthalpy of the working fluid at the compressor 2 intletPiZJImhHNiI2JCIiIkkiSEdGJS1JJ0hTVFh3ZkdGJTYlJkkiVEdGJUYmRicmSSN3ZkdGJTYjRig=Specific entropy of the working fluid at the compressor 2 intletPiZJInNHNiI2JCIiIkkiSEdGJS1JJ1NTVFh3ZkdGJTYlJkkiVEdGJUYmRicmSSN3ZkdGJTYjRig=Specific volume of the working fluid at the compressor 2 intletPiZJInZHNiI2JCIiIkkiSEdGJS1JIi9HNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiMtSSdEU1RYd2ZHRiU2JSZJIlRHRiVGJkYnJkkjd2ZHRiU2I0YoTemperature of the working fluid at the condenser outletPiZJIlRHNiI2JCIiJEkiSEdGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiRJJ1RfX291dEdGJUktJmRlbHRhO1RfX0NER0YlPressure of the working fluid at the condenser outletPiZJInBHNiI2JCIiJEkiSEdGJS1JJ1BTVFh3ZkdGJTYlJkkiVEdGJUYmIiIhJkkjd2ZHRiU2I0YoSpecific enthalpy of the working fluid at the condenser outletPiZJImhHNiI2JCIiJEkiSEdGJS1JJ0hTVFh3ZkdGJTYlJkkiVEdGJUYmIiIhJkkjd2ZHRiU2I0YoSpecific entropy of the working fluid at the condenser outletPiZJInNHNiI2JCIiJEkiSEdGJS1JJ1NTVFh3ZkdGJTYlJkkiVEdGJUYmIiIhJkkjd2ZHRiU2I0YoSpecific volume of the working fluid at the condenser outletPiZJInZHNiI2JCIiJEkiSEdGJS1JIi9HNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiMtSSdEU1RYd2ZHRiU2JSZJIlRHRiVGJiIiISZJI3dmR0YlNiNGKA==Pressure of the working fluid at the compressor 2 outletPiZJInBHNiI2JCIiI0kiSEdGJSZGJDYkIiIkRig=Pressure increase in the compressor 2 PkkmcGlfXzJHNiItSSIqRzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJEkpU3RhbmRhcmRHNiQvRipJJlVuaXRzRzYkRihJKF9zeXNsaWJHRiRGKDYkJkkicEdGJDYkIiIjSSJIR0YkLUkiL0dGJzYjJkYzNiQiIiJGNg==Pressure of the working fluid at the expansion valve 2 outletPiZJInBHNiI2JCIiJUkiSEdGJSZGJDYkIiIiRig=Specific enthalpy of the working fluid at the expansion valve 2 outletPiZJImhHNiI2JCIiJUkiSEdGJSZGJDYkIiIkRig=Temperature of the working fluid at the expansion valve 2 outletPiZJIlRHNiI2JCIiJUkiSEdGJS1JJlRQSHdmR0YlNiUmSSJwR0YlRiYmSSJoR0YlRiYmSSN3ZkdGJTYjRig=Specific enthalpy of saturated liquid of the working fluid at the expansion valve 2 outletPiZJImhHNiI2JUkjc2xHRiUiIiVJIkhHRiUtSSdIU1BYd2ZHRiU2JSZJInBHRiU2JEYoRikiIiEmSSN3ZkdGJTYjRik=Quality of the working fluid at the expansion valve 2 outletPiZJInhHNiI2JCIiJUkiSEdGJS1JIipHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiQtSSIrR0YrNiQmSSJoR0YlRiYtSSItR0YrNiMmRjo2JUkjc2xHRiVGJ0YoLUkiL0dGKzYjLUY3NiQmRjo2JCIiIkYoRjs=Specific entropy of saturated liquid of the working fluid at the expansion valve 2 outletPiZJInNHNiI2JUkjc2xHRiUiIiVJIkhHRiUtSSdTU1BYd2ZHRiU2JSZJInBHRiU2JEYoRikiIiEmSSN3ZkdGJTYjRik=Specific volume of saturated liquid of the working fluid at the expansion valve 2 outletPiZJInZHNiI2JUkjc2xHRiUiIiVJIkhHRiUtSSIvRzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJUkpU3RhbmRhcmRHNiQvRi9JJlVuaXRzRzYkRi1JKF9zeXNsaWJHRiVGLTYjLUknRFNQWHdmR0YlNiUmSSJwR0YlNiRGKEYpIiIhJkkjd2ZHRiU2I0YpSpecific entropy of the working fluid at the expansion valve 2 outletPiZJInNHNiI2JCIiJUkiSEdGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiQmRiQ2JUkjc2xHRiVGJ0YoLUkiKkdGKzYkJkkieEdGJUYmLUYqNiQmRiQ2JCIiIkYoLUkiLUdGKzYjRjY=Specific volume of the working fluid at the expansion valve 2 outletPiZJInZHNiI2JCIiJUkiSEdGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiQmRiQ2JUkjc2xHRiVGJ0YoLUkiKkdGKzYkJkkieEdGJUYmLUYqNiQmRiQ2JCIiIkYoLUkiLUdGKzYjRjY=Specific entropy of the working fluid at the compressor 2 outlet after isentropic compressionPiZJInNHNiI2JSIiI0kiSEdGJUkjaXNHNiQlKnByb3RlY3RlZEdJKF9zeXNsaWJHRiUmRiQ2JCIiIkYoTemperature of the working fluid at the compressor 2 outlet after isentropic compressionPiZJIlRHNiI2JSIiI0kiSEdGJUkjaXNHNiQlKnByb3RlY3RlZEdJKF9zeXNsaWJHRiUtSSZUUFN3ZkdGJTYlJkkicEdGJTYkRidGKCZJInNHRiVGJiZJI3dmR0YlNiNGKA==Specific enthalpy of the working fluid at the compressor 2 outlet after isentropic compressionPiZJImhHNiI2JSIiI0kiSEdGJUkjaXNHNiQlKnByb3RlY3RlZEdJKF9zeXNsaWJHRiUtSSZIUFR3ZkdGJTYlJkkicEdGJTYkRidGKCZJIlRHRiVGJiZJI3dmR0YlNiNGKA==Enhtalpy change in the compressor 2 after isentropic compressionPiZJImxHNiI2JEkjYzJHRiVJI2lzRzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliR0YlLUkiK0c2JEYqL0krbW9kdWxlbmFtZUdGJUkpU3RhbmRhcmRHNiQvRjBJJlVuaXRzR0YpRio2JCZJImhHRiU2JSIiI0kiSEdGJUYoLUkiLUdGLjYjJkY3NiQiIiJGOg==Enhtalpy change in the compressor 2 after actual compressionPiZJImxHNiI2I0kjYzJHRiUtSSIqRzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJUkpU3RhbmRhcmRHNiQvRi1JJlVuaXRzRzYkRitJKF9zeXNsaWJHRiVGKzYkLUkiK0dGKjYkJkkiaEdGJTYlIiIjSSJIR0YlSSNpc0dGMi1JIi1HRio2IyZGOTYkIiIiRjwtSSIvR0YqNiMmSSRldGFHRiU2I0klY29tcEdGJQ==Specific enthalpy of the working fluid at the compressor 2 outlet after actual compressionPiZJImhHNiI2JCIiI0kiSEdGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiQmRiQ2JCIiIkYoJkkibEdGJTYjSSNjMkdGJQ==Specific enthalpy of the working fluid at the compressor 2 outlet after actual compressionPiZJIlRHNiI2JCIiI0kiSEdGJS1JJlRQSHdmR0YlNiUmSSJwR0YlRiYmSSJoR0YlRiYmSSN3ZkdGJTYjRig=Specific entropy of the working fluid at the compressor 2 outlet after actual compressionPiZJInNHNiI2JCIiI0kiSEdGJS1JJlNQVHdmR0YlNiUmSSJwR0YlRiYmSSJUR0YlRiYmSSN3ZkdGJTYjRig=Specific volume of the working fluid at the compressor 2 outlet after actual compressionPiZJInZHNiI2JCIiI0kiSEdGJS1JIi9HNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJUYsNiMtSSZEUFR3ZkdGJTYlJkkicEdGJUYmJkkiVEdGJUYmJkkjd2ZHRiU2I0YoRatio of mass flow rates between the high pressure circuit and that of the low pressure circuitPkkkcGhpRzYiLUkiKkc2JCUqcHJvdGVjdGVkRy9JK21vZHVsZW5hbWVHRiRJKVN0YW5kYXJkRzYkL0YqSSZVbml0c0c2JEYoSShfc3lzbGliR0YkRig2JC1JIitHRic2JCZJImhHRiQ2JCIiI0kiTEdGJC1JIi1HRic2IyZGNjYkIiIkRjktSSIvR0YnNiMtRjM2JCZGNjYkIiIiSSJIR0YkLUY7NiMmRjY2JCIiJUZI<Text-field style="Heading 2" layout="Heading 2">Functions for plotting Tq-diagram in the condencer/evaporator</Text-field>QyQ+SSdUY2RldmNHNiJmKjYkSSJ4R0YlSSJwR0YlNiNJImhHRiVGJUYlQyQ+OCQsJi1JJ0hTVFh3ZkdGJTYlLUknVFNQWHdmR0YlNiU5JSIiISZJI3dmR0YlNiNJIkhHRiVGN0Y4IiIiKiY5JEY8LCYtRjE2JS1GNDYlRjZGPEY4RjxGOEY8RjAhIiJGPEY8Ty1JJlRQSHdmR0YlNiVGNkYuRjhGJUYlRiVGRA==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LV9JJnBsb3RzRzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliRzYiSShkaXNwbGF5R0YoNicmSSNRVEdGKDYjSSJIR0YoJkYsNiNJIkxHRigvSSdsYWJlbHNHRig3JC1JIipHNiRGJi9JK21vZHVsZW5hbWVHRihJKVN0YW5kYXJkRzYkL0Y5SSZVbml0c0dGJUYmNiRJInFHRig3Iy1GNjYkSSNrSkdGKC1JIi9HRjc2Iy1JMGRlbGF5RG90UHJvZHVjdEc2JEYmL0Y5SSxUeXBlc2V0dGluZ0dGJTYlLUY2NiQtRjY2JC1GNjYkSSNrZ0dGKEkjb2ZHRihJJGxvd0dGKEkpcHJlc3N1cmVHRihJI3dmR0YoSSV0cnVlR0YmLUY2NiRJIlRHRig3I0kiS0dGKC9JJXNpemVHRig3JCIkKykiJCsmSSpncmlkbGluZXNHRig=Heat rejection in the condenser referred to 1 kg of refrigerant in the low pressure circuitPiZJInFHNiI2I0kkb3V0R0YlLUkiKkc2JCUqcHJvdGVjdGVkRy9JK21vZHVsZW5hbWVHRiVJKVN0YW5kYXJkRzYkL0YtSSZVbml0c0c2JEYrSShfc3lzbGliR0YlRis2JC1JIitHRio2JCZJImhHRiU2JCIiI0kiSEdGJS1JIi1HRio2IyZGOTYkIiIkRjxJJHBoaUdGJQ==Heat addition in the evaporator referred to 1 kg of refrigerant in the low pressure circuitPklNI21zdWIobWkoInEiLGZvbnRzdHlsZX49fiJub3JtYWwiKSxtbygiaW4iKSlHNiItSSIrRzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJEkpU3RhbmRhcmRHNiQvRipJJlVuaXRzRzYkRihJKF9zeXNsaWJHRiRGKDYkJkkiaEdGJDYkIiIiSSJMR0YkLUkiLUdGJzYjJkYzNiQiIiVGNg==The total work of compressors referred to 1 kg of the working fluid in the low pressure circuitPiZJImxHNiI2I0kiY0dGJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YlSSlTdGFuZGFyZEc2JC9GLUkmVW5pdHNHNiRGK0koX3N5c2xpYkdGJUYrNiQmRiQ2I0kjYzFHRiUtSSIqR0YqNiQmRiQ2I0kjYzJHRiVJJHBoaUdGJQ==Coefficent of performance of a 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Coefficent of performance of a heat 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<Text-field style="Heading 1" layout="Heading 1">Functions for plotting Ts-diagram</Text-field>Critical temperatureQyQ+JkkiVEc2IjYkSSNjckdGJkkiTEdGJi1JJlRDUndmR0YmNiMmSSN3ZkdGJjYjRikhIiI=Critical 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temperature of the working fluid in high pressure sircuitQyQ+JkkiVEc2IjYkSSNjckdGJkkiSEdGJi1JJlRDUndmR0YmNiMmSSN3ZkdGJjYjRikhIiI=Critical pressure of the working fluid in high pressure 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style="Heading 1" layout="Heading 1">Ploting the Refrigeration Cycle on a Ts-diagram</Text-field>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<Text-field style="Heading 1" layout="Heading 1">Functions for plotting ph-diagram</Text-field>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QyQ+JkkjcGhHNiI2JSIiJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YmSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJkYsNiRJIkxHRiYhIiJGNi1JJXBsb3RHRjM2JzcjNyUtSSIqR0YrNiQtSSdIU1BYd2ZHRiY2JS1GPjYkJkkicEdGJjYkIiIiRjYtSSIvR0YrNiMtSSVVbml0R0Y0NiMuSSNQYUdGJkkiWEdGJiZJI3dmR0YmNiNGNi1GSjYjIiUrNS1GPjYkRkUtRko2Iy1GPjYkRkwiKCsrKyIvRlE7JkkieEdGJjYkRihGNkZIL0kmY29sb3JHRiZRJFJlZEYmL0kqdGhpY2tuZXNzR0YmIiIkL0kqbGluZXN0eWxlR0YmUSZzb2xpZEYmL0knbGVnZW5kR0YmUTVMb3d+cHJlc3N1cmV+Y2lyY3VpdEYmRjc=QyQ+JkkjcGhHNiI2JEkjc2xHRiZJIkhHRiYtSSVwbG90RzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliR0YmNic3JS1JIipHNiRGLS9JK21vZHVsZW5hbWVHRiZJKVN0YW5kYXJkRzYkL0Y1SSZVbml0c0dGLEYtNiQtSSdIU1BYd2ZHRiY2JUkicEdGJiIiISZJI3dmR0YmNiNGKS1JIi9HRjM2IyIlKzUtRjI2JEY+LUZENiMiKCsrKyIvRj47LUYyNiQtSSdQU1RYd2ZHRiY2JS1JJ1RTUFh3ZkdGJjYlJkY+NiQiIiVGKUY/RkBGP0ZALUZENiMtSSVVbml0R0YuNiMuSSNQYUdGJi1GMjYkJkY+NiRJI2NyR0YmRilGWS9JJmNvbG9yR0YmUSVCbHVlRiYvSSp0aGlja25lc3NHRiYiIiIvSSpsaW5lc3R5bGVHRiZRKWxvbmdkYXNoRiYvSSdsZWdlbmRHRiZRUkxpcXVpZH5vbn5zYXR1cmF0ZWR+bGluZX5vZn5oaWdofnByZXNzdXJlfmNpcmN1aXRGJiEiIg==LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=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QyQ+JkkjcGhHNiI2JSIiIi1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YmSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGL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style="Heading 1" layout="Heading 1">Ploting the Refrigeration Cycle on a ph-diagram</Text-field>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<Text-field style="Heading 1" layout="Heading 1">Functions for plotting hs-diagram</Text-field>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JSFHQyQ+JkkjaHNHNiI2JSIiIi1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YmSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJkYsNiRJI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style="Heading 1" layout="Heading 1">Ploting the Refrigeration Cycle on a hs-diagram</Text-field>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<Text-field style="Heading 1" layout="Heading 1">Functions for plotting pv-diagram</Text-field>QyQ+JkkjcHZHNiI2JEkjc2xHRiZJIkxHRiYtSSVwbG90RzYkJSpwcm90ZWN0ZWRHSShfc3lzbGliR0YmNic3JS1JIi9HNiRGLS9JK21vZHVsZW5hbWVHRiZJKVN0YW5kYXJkRzYkL0Y1SSZVbml0c0dGLEYtNiMtSSdEU1BYd2ZHRiY2JUkicEdGJiIiISZJI3dmR0YmNiNGKS1JIipHRjM2JEY+LUYyNiMiKCsrKyIvRj47LUZENiQtSSdQU1RYd2ZHRiY2JS1JJ1RTUFh3ZkdGJjYlJkY+NiQiIiVGKUY/RkBGP0ZALUYyNiMtSSVVbml0R0YuNiMuSSNQYUdGJi1GRDYkJkY+NiRJI2NyR0YmRilGVi9JJmNvbG9yR0YmUSRSZWRGJi9JKnRoaWNrbmVzc0dGJiIiIi9JKmxpbmVzdHlsZUdGJlEpbG9uZ2Rhc2hGJi9JJ2xlZ2VuZEdGJlFRTGlxdWlkfm9ufnNhdHVyYXRlZH5saW5lfm9mfmxvd35wcmVzc3VyZX5jaXJjdWl0RiYhIiI=LUklbXJvd0c2Iy9JK21vZHVsZW5hbWVHNiJJLFR5cGVzZXR0aW5nR0koX3N5c2xpYkdGJzYjLUkjbWlHRiQ2I1EhRic=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QyQ+JkkjcHZHNiI2JSIiJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YmSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJkYsNiRJIkxHRiYhIiJGNi1JJXBsb3RHRjM2JzcjNyUtSSIvR0YrNiMtSSdEU1BYd2ZHRiY2JS1JIipHRis2JCZJInBHRiY2JCIiIkY2LUY+NiMtSSVVbml0R0Y0NiMuSSNQYUdGJkkiWEdGJiZJI3dmR0YmNiNGNi1GRDYkRkYtRj42Iy1GRDYkRkwiKCsrKyIvRlE7JkkieEdGJjYkRihGNkZJL0kmY29sb3JHRiZRJFJlZEYmL0kqdGhpY2tuZXNzR0YmIiIkL0kqbGluZXN0eWxlR0YmUSZzb2xpZEYmL0knbGVnZW5kR0YmUTVMb3d+cHJlc3N1cmV+Y2lyY3VpdEYmRjc=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QyQ+JkkjcHZHNiI2Jkkjc3ZHRiYiIiMtSSIrRzYkJSpwcm90ZWN0ZWRHL0krbW9kdWxlbmFtZUdGJkkpU3RhbmRhcmRHNiQvRi9JJlVuaXRzRzYkRi1JKF9zeXNsaWJHRiZGLTYkSSJIR0YmISIkRjctSSVwbG90R0Y0Nic3IzclLUkiL0dGLDYjLUknRFNQWHdmR0YmNiUtSSIqR0YsNiQmSSJwR0YmNiRGKUY3LUY/NiMtSSVVbml0R0Y1NiMuSSNQYUdGJkkiWEdGJiZJI3dmR0YmNiNGNy1GRTYkRkctRj82Iy1GRTYkRkwiKCsrKyIvRlE7IiIiIiIhL0kmY29sb3JHRiZRJUJsdWVGJi9JKnRoaWNrbmVzc0dGJiIiJC9JKmxpbmVzdHlsZUdGJlEmc29saWRGJi9JJ2xlZ2VuZEdGJlE2SGlnaH5wcmVzc3VyZX5jaXJjdWl0RiYhIiI=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QyQ+JkkjcHZHNiI2JSIiJS1JIitHNiQlKnByb3RlY3RlZEcvSSttb2R1bGVuYW1lR0YmSSlTdGFuZGFyZEc2JC9GLkkmVW5pdHNHNiRGLEkoX3N5c2xpYkdGJkYsNiRJIkhHRiYhIiJGNi1JJXBsb3RHRjM2JzcjNyUtSSIvR0YrNiMtSSdEU1BYd2ZHRiY2JS1JIipHRis2JCZJInBHRiY2JCIiIkY2LUY+NiMtSSVVbml0R0Y0NiMuSSNQYUdGJkkiWEdGJiZJI3dmR0YmNiNGNi1GRDYkRkYtRj42Iy1GRDYkRkwiKCsrKyIvRlE7JkkieEdGJjYkRihGNkZJL0kmY29sb3JHRiZRJUJsdWVGJi9JKnRoaWNrbmVzc0dGJiIiJC9JKmxpbmVzdHlsZUdGJlEmc29saWRGJi9JJ2xlZ2VuZEdGJlE2SGlnaH5wcmVzc3VyZX5jaXJjdWl0RiZGNw==<Text-field style="Heading 1" layout="Heading 1">Ploting the Refrigeration Cycle on a pv-diagram</Text-field>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JSFH