CoolPack IPU is a comprehensive collection of simulation models designed for refrigeration systems. It consists of “Refrigeration Utilities”, “EESCoolTools”, and a transient element called “Dynamic”. These models have various specific purposes, such as cycle analysis, dimensioning of main components, energy analysis, and optimization. CoolPack was developed by the Section of Thermal Energy (TES) at the Technical University of Denmark (DTU). The development of CoolPack has been financed by the Danish Energy Agency as part of the SysSim project until version 1.33. Currently, IPU hosts the CoolPack download pages.
CoolPack IPU is no longer maintained, and the future maintenance of the software is not planned. A large part of CoolPack is based on EES, which is difficult to maintain. Instead, the new CoolTools software is recommended for calculations with new refrigerants. Although it does not have all the same functionality as CoolPack, it comes with a lot of the new refrigerants built-in and receives regular updates. The idea is to make more modular software with different components that can be updated individually. This new software is expected to be supported by the community and receive continuous upgrades.
For transcritical CO2 system calculations, Simple one-stage CO2 is recommended. For yearly calculations and comparing different system designs for refrigeration and heat pumps, Pack Calculation Pro is the recommended commercial software. For those interested in secondary side calculations (e.g., water, glycol loops), SecCool is worth taking a look at.
CoolPack offers a royalty-free collection of bars, buttons, and tiles of multiple sizes that can be used for websites, multimedia applications, and programming project creation. Animates and still, elements are available as GIF files with sizes ranging from 15×15 px (for buttons) to 125×35, 230×40, 500×25, 600×10, 600×10, and 600×15 px.
The CoolPack program is freeware and may be distributed freely. The following simulation purposes are covered by CoolPack: cycle analysis (process design), system sizing, system simulation, component calculations, analysis of operating conditions, transient simulation (cooling of an object/room), refrigerant calculations (property plots, thermodynamic & transport properties, comparison of refrigerants), and life cycle cost (LCC). Refrigeration Utilities was first released in 1995, and EESCoolTools was formally introduced as part of CoolPack in March 1999.
The dynamic elements are modeled and solved using a DAE-type simulation program called DALI, which was developed at the Refrigeration Laboratory (now part of the Section of Thermal Energy at the Technical University of Denmark) in 1985. The jagermeister CoolPack license summary can be found online, and the software can be downloaded from the IPU website. Additionally, users can join the mailing list to get informed about releases of new software and to get access to early preview versions.
Download CoolPack 1.50 for Windows 10/7 PC
Download CoolPack 1.50 for Windows 7, Windows 8.1, Windows 10, Windows 11, and all the previous versions of Windows operating systems e.g Windows Vista and Windows XP. This is the latest version of Cool Pack Download and will work for both 32-bit and 64-bit OS.
|Publisher||Technical University of Denmark|
|Latest Version||1.49/1.50 (x86)|
|Operating System||Windows 10, 11, 7 / Mac 10.0 & Above|
You are now ready to download Cool Pack for PC. Here are the download links:
Download CoolPack Latest Version for PC – Download Links
Click the Download button to Grab the Cool Pack offline installer setup.exe for your PC, and install it on your computer by following the steps down below…
How to Install CoolPack on Windows 10/7 PC?
To Install CoolPack software on your Windows 10 PC, Follow the simple steps below.
- Download Cool Pack setup.exe file by clicking the download button above.
- After downloading the tool, Open your download folder and double-click on setup.exe to install it on your computer.
- Allow your system to install the software.
- Follow the installation instructions by the software and click Ok.
- Wait for the system to complete the installation process.
- That’s it!
CoolPack Top Features
The following simulation purposes are covered:
- Cycle analysis (process design)
- System sizing
- System Simulation
- Component calculations
- Analysis of operating conditions
- Transient simulation (cooling of an object/room)
- Refrigerant calculations (property plots, thermodynamic & transport properties, comparison of refrigerants)
- Life cycle cost (LCC)