Designed for iPad
The myCoolblue app is a powerful simulation tool that enables you to calculate the annual amount of energy required to cool and dehumidify the supply air to a ventilation system at a particular site. This means that you can estimate the expected energy-related benefits of employing indirect evaporative cooling in a ventilation system, based on actual climatological conditions, as early as the planning stage of a project. This in turn enables you to optimize the system’s components early on to ensure that it is as efficient as possible.
Energy use simulation for indirect evaporative cooling with the myCoolblue app from Condair
Use the myCoolblue simulation tool from Condair to determine how much energy you can save by using an indirect evaporative cooling system (Condair ME). To represent your HVAC system’s cooling mode (cooling of external air to supply air) in the calculation program, simply enter the relevant planning parameters.
Savings can be calculated precisely before the system is even built
The myCoolblue mobile app can simulate the energy characteristics of your planned system, and calculate the potential savings from evaporative cooling in advance. Energy savings can thus be evaluated in terms of concrete figures.
Use of location-specific weather data
The energy use simulation is based on hour-by-hour meteorological reference data for the selected location. Test reference year values from the German Weather Service and the METEONORM global meteorological database are available for more than 300 locations around the world.
E-mail and AirPrint Function
The h,x diagram can send the results of a calculation by e-mail, or print them out directly with the help of an air print printer.
New language: French
No Details Provided
The developer will be required to provide privacy details when they submit their next app update.
- Condair GmbH
- 210.5 MB
- Requires iPadOS 8.0 or later.
- Requires macOS 11.0 or later and a Mac with Apple M1 chip or later.
English, French, German
- Age Rating
- © 2016 Condair GmbH