The software utilizes iterative mathematical solvers to calculate the complete state point of air. By providing , PsychroSI instantly computes all other thermodynamic parameters with a margin of error within 0.1°C . Users can define an atmospheric air state using any of the following input pairs: Dry Bulb Temperature ( Tdbcap T sub d b end-sub ) and Relative Humidity ( RHcap R cap H ) Dry Bulb Temperature ( Tdbcap T sub d b end-sub ) and Wet Bulb Temperature ( Twbcap T sub w b end-sub ) Dry Bulb Temperature ( Tdbcap T sub d b end-sub ) and Specific Humidity ( / Moisture Content) Dry Bulb Temperature ( Tdbcap T sub d b end-sub ) and Enthalpy ( ) Relative Humidity ( RHcap R cap H ) and Specific Humidity ( ) Specific Humidity ( ) and Enthalpy ( ) Key Calculated Outputs
Moist air is a mixture of dry air and water vapor. Key parameters: thermexcel programme psychrosi
: Calculates air mixtures, including reheating, cooling, and vaporization processes. Key parameters: : Calculates air mixtures
To save configuration time, PsychroSI embeds an expansive built-in climate database outlining standard regulatory summer and winter design parameters. This dataset includes detailed local climate tracking benchmarks for approximately across various global regions. Software Integration and Architecture thermexcel programme psychrosi
PsychroSI goes beyond basic state-point lookups by bundling targeted sub-programs designed for real-world HVAC engineering systems.
Specialized calculations for steam water injection and its impact on air temperature and hygroscopy.