For Windows 10/11 :

Mollier Diagram Pro
EUR 4,99 in Microsoft-store :

• Automatic enthalpy calculation
• Temperature range of -25 °C to 200 °C
• Altitude ranging from 0 m to 2490 m height
• Spreadsheet to export calculations to Excel
• All features of Mollier Diagram Pro

Mollier Hvac Simulation
EUR 14,99 Combination of Mollier Diagram PRO and Hvac Simply Lite. version in Microsoft-store :

• Mollier Diagram ,Calculator,Air Units   Hvac Simply Lite
• 20 samples of Models
• You can change parameters
• Flow,Temperature,Humidity etc. Of the Models !

Hvac Simply
EUR 28,99 in Microsoft-store :

• Make you own models
• Easy as Lego
• More than 100 examples

Mollierdiagram

Mollier Diagram Pro is an easy to use mollier diagram with which you can make calculations of air treatment processes. Please feel free to download :

Trial version of Mollier diagram Pro

And find out how it can assist you in your day-to-day work. Mollier diagram Pro is available through the following options:

About the Mollier Chart Diagram

In the graph below you find an example of a chart plotting the Mollier Diagram. This is a simple interactive version to understand the basic. Just click two times on the graphic on the colored lines and then on the Button Draw Line.

1: Temp: ‘C abs.vocht: g/kg
2: Temp: ‘C abs.vocht: g/kg

© piettadema@gmail.com 2019

2022 !   New Version Mollier Hvac Simulation Combination of :

Trial version of Mollier Hvac Simulation demo

• Mollier Diagram ,Calculator,Air Units Hvac Simply Lit
• 20 samples of Models
• You can change parameters
• Flow,Temperature,Humidity etc. Of the Models !

Explanation how Mollier Hvac Simulation works. Click on one of the underlying items to open a model:

How does it works Part 1 How does it works Part 2 Crossflow ------------------------------The heat exchanger system that relies on direct heat exchange between air and air Bath Heating ----------------------------Calculation energy needed for heating water Solar Saving ----------------------------Heatpump Electric supply from PV Solar system Heatpump Air/Water------------------You can change COP, Electric Supply,Flow Water,Flow Air etc. Heatpump Water/Water---------------"---------------"-------"-------------"-------------" Heatpump Air/Air--------------------------"---------------"-------"-------------"-------------" Twincoil------------------------------------The system is for the recovery of heat from the exhaust air and feeding on the fresh ventilated air to the building. Swimming Pool---------------------------Air treatment installation for Swimmingpool high saving energy exhaust air Heatwheel---------------------------------The system is suitable for the recovery of heat from the exhaust air and feeding on the fresh ventilated air to the building. Nautica-------------------------------------Calculation Air treatment installation Dehumidify Coil High Efficiency (counterflow) Heatpump COP Calculation-----Calculation COP with different Temperatures Primair or Secundair Environment Waterfall----------------------------------Calculation Needed E-Power for Pump with giving Waterflow,Pump Head and Efficiency Pump Weather------------------------------------What happens when Air from the sea is ascent to mountain. Hospital------------------------------------Renovate of a old Cooling/Heating system with a Heatpump Big Saving Dry Wheel----------------------------------Special Heatwheel for Dehumification Boiler Profit/Condensation----Calculation Profit Boiler and Condensation by different water temperatures. P Controller Pi Controller

If you like to made models from the start then click on the link

Hvac_Simply

Richard Mollier the inventor of the Mollier Diagram

Richard Mollier was born in Germany on 30 November in 1863. He studied mathematics, physics and mechanical engineering in München and Graz in Germany. Thereafter, he was a professor at Dresden University where he was the first to make a Graphic display of the relationship between temperature, pressure, enthalpy, entropy and volume of steam and moist air. This Mollier chart is a common tool used by engineers to theoretically predict the real life performance of their installations. Also service technician make good use of the Mollier diagram while installing or maintaining installations that cool air, heat air, steam, refrigerate, etc. Mollier work many years with his students to enhance his diagrams and works on other problems in thermodynamics, refrigeration,hydraulics and gas engines. Richard Mollier shared many copyrights of his research results with his students. In 1923 in Los Angeles on the thermodynamics congress he got a great honor, the congress decided to name all diagrams that display heat energy with one coordinate after Richard Mollier. He retired as professor in 1931 and he died on 13 march in 1935 in Dresden at the age of 72.