Indoor pools present high condensation risks if the pool water surface exceeds the ambient indoor air temperature. The specialized swimming pool module allows engineers to:
ThermExcel treats psychrosi with the respect it deserves. It reminds us that moving heat into a cold sink is harder than moving heat out of a hot source.
When fresh outdoor air mixes with recirculated indoor air, determining the resulting energetic state is crucial. For standard winter configurations, the software models . During this process: The dry bulb temperature increases. thermexcel programme psychrosi
While younger engineers reach for complex 3D simulation tools, the veterans open Excel. They run the ThermExcel psychrosi macro. They get a number. They check the dew point. And then they build a system that stays bone-dry, energy-efficient, and perfectly cold.
| Feature | Thermexcel | CoilDesigner (U. Illinois) | EVAP-COND (NIST) | |---------|------------|----------------------------|------------------| | Psychrometric model | Yes (full) | Yes | Partial | | Dehumidification | Yes | Yes | No | | Frost modeling | Basic | Advanced | No | | User interface | GUI + wizard | GUI + script | GUI | | Industry standard in Europe | High | Medium | Low (refrigeration) | Indoor pools present high condensation risks if the
The ThermExcel programme consists of several interconnected components:
The software calculates various humid air parameters based on two input elements. Key outputs and features include: ThermExcel Air Property Calculations When fresh outdoor air mixes with recirculated indoor
Thermexcel Psychrosi is chosen for its technical depth and user-friendly interface. Here are its main features: 1. Accurate Load Calculation (ASHRAE Methods)
In most heating applications, the air temperature is raised while the moisture content stays unchanged. PsychroSI can simulate this by using the dry‑bulb temperature increase, showing how the dew point and specific humidity remain constant while the relative humidity falls. When heating a room in winter, the programme also helps calculate the required coil power to compensate for both building heat losses and the heating of incoming fresh air.