How Absim Absorption Simulation Can Help You with Your Absorption Projects
Absim Absorption Simulation Download Zip: A Comprehensive Guide
If you are interested in simulating absorption systems in flexible and modular form, you may have heard of Absim Absorption Simulation, a powerful and user-friendly software tool that can help you design, evaluate, and optimize various absorption cycles and working fluids. In this article, we will provide you with a comprehensive guide on what Absim is, how to download and install it, and how to use it effectively. By the end of this article, you will have a clear understanding of how Absim can help you with your absorption simulation projects.
Absim Absorption Simulation Download Zip
What is Absim Absorption Simulation?
Absim (an acronym for ABsorption SIMulation) is a computer code for simulation of absorption systems in flexible and modular form. It may be applied to closed and/or open absorption cycles operating at steady state, as well as to vapor compression and other thermodynamic cycles.
Definition and description of Absim
Absorption systems are heat-driven devices that use a liquid absorbent to transfer heat from a low-temperature source to a high-temperature sink. They can be used for cooling, heating, refrigeration, or power generation applications. Absorption systems can have different cycle configurations (such as single-stage, double-stage, or triple-stage) and different working fluids (such as water-lithium bromide, ammonia-water, or carbon dioxide-water) depending on the desired performance and operating conditions.
Absim is a software tool that allows users to simulate absorption systems in a flexible and modular way. It is based on unit subroutines that contain the governing equations for the system's units/components (such as evaporator, condenser, absorber, desorber, etc.) and property subroutines that contain thermodynamic properties of the working fluids. The units are linked together by a main program that calls the unit subroutines according to the user's specifications to form the complete cycle. When all the equations for the entire cycle have been established, a mathematical solver routine is employed to solve them simultaneously.
Features and benefits of Absim
Absim has several features and benefits that make it a valuable tool for absorption simulation. Some of them are:
It has a user-friendly graphical user interface (GUI) that allows users to easily input data, select options, run simulations, and view results.
It has a large database of absorption fluids (31) and units/components (15) that can be used to compose almost any absorption cycle of interest.
It has an algorithm that automates the initial guess selection for the solver, which improves reliability and reduces manual user work.
It has a genetic global optimization feature that can help users find the optimal values of design parameters (such as heat exchanger areas, mass flow rates, pressures, etc.) that maximize or minimize an objective function (such as coefficient of performance, exergy efficiency, etc.).
It can generate various outputs such as tables, charts, diagrams, reports, etc. that can help users analyze and visualize the simulation results.
It can export and import data in various formats such as Excel, CSV, XML, etc. that can facilitate data exchange with other software tools.
Applications and examples of Absim
Absim can be used for various applications such as:
Designing new absorption systems Evaluating existing absorption systems
Optimizing absorption systems for improved performance and efficiency
Comparing different absorption systems and working fluids
Researching and developing new absorption systems and working fluids
Some examples of absorption systems that can be simulated by Absim are:
Absorption systemWorking fluidApplication
Single-stage water-lithium bromideWater-lithium bromideCooling and air conditioning
Double-stage ammonia-waterAmmonia-waterRefrigeration and heat pumping
Triple-stage carbon dioxide-waterCarbon dioxide-waterPower generation and waste heat recovery
Vapor compression with ejectorR134a or R410aCooling and refrigeration
Solid-gas thermochemical heat storageMagnesium sulfate or zeolite-waterSolar energy storage and utilization
How to download and install Absim Absorption Simulation?
If you are interested in using Absim for your absorption simulation projects, you need to download and install it on your computer. Here are the requirements, sources, and steps for doing so.
Requirements and compatibility of Absim
Absim is a Windows-based software that requires the following minimum system specifications to run properly:
Operating system: Windows XP, Vista, 7, 8, or 10 (32-bit or 64-bit)
Processor: Pentium IV or higher
Memory: 512 MB RAM or higher
Disk space: 100 MB or higher
Screen resolution: 1024 x 768 pixels or higher
Internet connection: Required for downloading, installing, updating, and activating Absim
Licence: Required for using Absim (free trial available for 30 days)
Sources and links for downloading Absim
Absim is developed and distributed by Absorption Systems Ltd., a company based in New Zealand that specializes in absorption technology research and development. You can download Absim from their official website www.absorption.co.nz/absim.htm.
You can also find Absim on other online platforms such as CNET Download, Softpedia, or Software Informer, but make sure to check the authenticity and security of the source before downloading.
Steps and tips for installing Absim
To install Absim on your computer, follow these steps:
Download the Absim setup file (AbsimSetup.exe) from the source of your choice.
Run the setup file and follow the instructions on the screen to complete the installation process. You may need to accept the terms and conditions, choose the destination folder, create a desktop shortcut, etc.
Launch Absim from the start menu or the desktop shortcut. You will be asked to enter your licence key or activate your free trial. If you have purchased a licence, enter the key and click OK. If you want to use the free trial, click Activate Trial and follow the instructions to register your email address and receive a trial key.
Enjoy using Absim for your absorption simulation projects.
Some tips for installing Absim are:
If you encounter any problems during the installation or activation process, you can contact the Absim support team at support@absorption.co.nz.
If you want to update your Absim version, you can download the latest setup file from the official website and run it over your existing installation. Your licence key will remain valid.
If you want to uninstall Absim from your computer, you can use the Windows Control Panel or the uninstaller file (Uninstall_Absim.exe) in the Absim folder.
How to use Absim Absorption Simulation?
Now that you have downloaded and installed Absim on your computer, you may wonder how to use it effectively for your absorption simulation projects. In this section, we will give you an overview of the Absim interface and show you how to create and run a simulation, and how to analyze and optimize the results.
Overview and interface of Absim
When you launch Absim, you will see the main window that consists of several parts:
The menu bar at the top that contains various commands and options for file, edit, view, tools, help, etc.
The toolbar below the menu bar that contains shortcut icons for common commands and options such as new, open, save, run, stop, etc.
The status bar at the bottom that displays information such as the current file name, the number of units and connections, the solver status, etc.
The workspace in the center that displays the graphical representation of the absorption cycle and its units and connections. You can zoom in or out, pan, or select any unit or connection by using the mouse or the keyboard.
The property window on the right that displays the input and output data for the selected unit or connection. You can edit the data by typing in the fields or using the drop-down lists.
The output window on the left that displays the simulation results such as tables, charts, diagrams, reports, etc. You can switch between different tabs to view different types of outputs.
How to create and run a simulation in Absim
To create and run a simulation in Absim, follow these steps:
Click on File > New or click on the New icon on the toolbar to create a new file.
Select the units and connections that you want to use for your absorption cycle from the database. You can access the database by clicking on Tools > Database or clicking on the Database icon on the toolbar. You can drag and drop the units and connections from the database window to the workspace window. You can also copy and paste or delete any unit or connection by using the right-click menu or the keyboard shortcuts.
Arrange and connect the units in the workspace to form your desired cycle configuration. You can move any unit or connection by dragging it with the mouse. You can also rotate or flip any unit by using the right-click menu or the keyboard shortcuts. You can connect any two units by clicking on their ports (marked by small circles) and dragging a line between them. You can also disconnect any two units by clicking on their connection line and pressing Delete.
Enter the input data for each unit and connection in the property window. You can select any unit or connection by clicking on it in the workspace. You can edit any input data by typing in the fields or using the drop-down lists in the property window. You can also use default values or copy and paste data from other sources.
Click on Run > Run or click on the Run icon on the toolbar to start the simulation. You will see a progress bar and a message box showing the status of the solver. If the solver converges successfully, you will see a message saying "Simulation completed". If the solver fails to converge, you will see a message saying "Simulation failed" and a list of possible reasons and suggestions.
Click on OK to close the message box and view the output data for each unit and connection in the property window. You can also view the output data in various formats such as tables, charts, diagrams, reports, etc. in the output window. You can switch between different tabs to view different types of outputs. You can also export or print the outputs by using the right-click menu or the keyboard shortcuts.
Some tips for creating and running a simulation in Absim are:
If you are not sure how to select or connect the units for your cycle, you can use the examples provided by Absim as a reference. You can access the examples by clicking on File > Open Example or clicking on the Open Example icon on the toolbar. You can also modify or save the examples as your own files.
If you want to save your simulation file, you can click on File > Save or Save As or click on the Save or Save As icon on the toolbar. You can also open an existing simulation file by clicking on File > Open or clicking on the Open icon on the toolbar.
If you want to check or change the settings and options for Absim, you can click on Tools > Options or click on the Options icon on the toolbar. You can adjust various parameters such as units, decimals, fonts, colors, etc.
If you want to learn more about Absim and its features, you can click on Help > Contents or Help > Index or click on the Help icon on the toolbar. You can also access the online help and support by clicking on Help > Online Help or Help > Online Support.
How to analyze and optimize the results in Absim
After running a simulation in Absim, you may want to analyze and optimize the results to evaluate and improve your absorption system. Here are some ways to do so:
You can use the tables, charts, diagrams, and reports generated by Absim to analyze various aspects of your absorption system such as performance, efficiency, exergy, cost, etc. You can compare different units, connections, cycles, and fluids by using different tabs and windows. You can also customize the outputs by changing the parameters, scales, labels, etc.
You can use the genetic global optimization feature of Absim to optimize your absorption system for a given objective function (such as coefficient of performance, exergy efficiency, etc.) and a set of design variables (such as heat exchanger areas, mass flow rates, pressures, etc.). You can access this feature by clicking on Tools > Optimization or clicking on the Optimization icon on the toolbar. You can specify your objective function, design variables, constraints, and optimization settings in the optimization window. You can then start the optimization process and view the progress and results in the output window.
You can use the sensitivity analysis feature of Absim to analyze how your absorption system responds to changes in input parameters (such as ambient temperature, heat source temperature, heat sink temperature, etc.). You can access this feature by clicking on Tools > Sensitivity Analysis or clicking on the Sensitivity Analysis icon on the toolbar. You can select the input parameters, the output parameters, and the sensitivity settings in the sensitivity analysis window. You can then start the sensitivity analysis process and view the results in the output window.
You can use the parametric analysis feature of Absim to analyze how your absorption system varies with different values of input parameters (such as ambient temperature, heat source temperature, heat sink temperature, etc.). You can access this feature by clicking on Tools > Parametric Analysis or clicking on the Parametric Analysis icon on the toolbar. You can select the input parameters, the output parameters, and the parametric settings in the parametric analysis window. You can then start the parametric analysis process and view the results in the output window.
Some tips for analyzing and optimizing the results in Absim are:
If you want to save your analysis or optimization results, you can click on File > Save or Save As or click on the Save or Save As icon on the toolbar. You can also export or print the results by using the right-click menu or the keyboard shortcuts.
If you want to change or reset your analysis or optimization settings, you can click on Tools > Options or click on the Options icon on the toolbar. You can adjust various parameters such as units, decimals, fonts, colors, etc.
If you want to learn more about Absim and its features, you can click on Help > Contents or Help > Index or click on the Help icon on the toolbar. You can also access the online help and support by clicking on Help > Online Help or Help > Online Support.
Conclusion
In this article, we have provided you with a comprehensive guide on Absim Absorption Simulation, a powerful and user-friendly software tool that can help you design, evaluate, and optimize various absorption cycles and working fluids. We have explained what Absim is, how to download and install it, and how to use it effectively. We hope that this article has helped you understand how Absim can help you with your absorption simulation projects.
FAQs
Here are some frequently asked questions about Absim Absorption Simulation:
What is the difference between Absim and other absorption simulation software tools?
Absim is different from other absorption simulation software tools in several ways. Some of them are:
Absim has a user-friendly graphical user interface (GUI) that allows users to easily input data, select options, run simulations, and view results.
Absim has a large database of absorption fluids (31) and units/components (15) that can be used to compose almost any absorption cycle of interest.
Absim has an algorithm that automates the initial guess selection for the solver, which improves reliability and reduces manual user work.
Absim has a genetic global optimization feature that can help users find the optimal values of design parameters that maximize or minimize an objective function.
How much does Absim cost and how can I purchase it?
Absim is a commercial software that requires a licence to use. The licence fee depends on the type of licence (single-user or multi-user), the duration of licence (one year or perpetual), and the number of licences (one or more). You can purchase Absim online by visiting www.absorption.co.nz/purchase.htm or by contacting sales@absorption.co.nz.
What are some limitations and challenges of Absim?
Absim is a powerful and user-friendly software tool, but it also has some limitations and challenges that users should be aware of. Some of them are:
Absim is based on empirical correlations and models that may not be accurate or applicable for all cases and conditions. Users should always validate their simulation results with experimental data or other sources.
Absim may not be able to simulate some complex or novel absorption systems or working fluids that are not included in its database. Users may need to modify or add their own units/components or fluids by using the user-defined option or by contacting support@absorption.co.nz.
Absim may not be able to converge or optimize some difficult or ill-conditioned problems that have multiple solutions, singularities, discontinuities, etc. Users may need to adjust their input data, solver settings, optimization settings, etc. to improve convergence or optimization.
How can I learn more about Absim and its features?
If you want to learn more about Absim and its features, you have several options to do so. Some of them are:
You can click on Help > Contents or Help > Index or click on the Help icon on the toolbar to access the Absim user manual that contains detailed information and instructions on how to use Absim and its features.
You can click on Help > Online Help or Help > Online Support to access the Absim website that contains additional resources and information such as tutorials, videos, articles, FAQs, etc. on how to use Absim and its features.
You can contact the Absim support team at support@absorption.co.nz if you have any questions, feedback, suggestions, or issues regarding Absim and its features. They will be happy to assist you and provide you with solutions.
What are some alternatives to Absim for absorption simulation?
If you are looking for other software tools that can simulate absorption systems, you may want to check out some of these alternatives:
EES (Engineering Equation Solver): A general equation