I am conducting thermodynamic research on TRNSYS modelling of thermal solar parabolic dish systems and wish to compare our model with existing TRNSYS or Matlab Simulink models for thermal parabolic dish components. There are limited models on STEC TESS libraries and I was hoping to get in contact with researchers with Solar Thermal Parabolic Dish Component models (.m or .tmf model files).
I am conducting similar research on TRNSYS for concentrated solar power systems, in particularly absorption chillers. I am happy to help if you think it might benefit to your activities.
Kumar
any of you have an idea how to modify input data file for absorption chiller performance with different temperature range?
Dear Mr. Kumar,
How i can get TRNSYS software freely.
I need it so much. Thank you
Mohamed: unfortunately you need buy this software...no free versions available...
Muhammad: That's good question....you can't modify the input data file but you can upload extra data file as txt file..
Another approach is to use "calculator" option---read the input data file and do the calculation through "calculator option" and link it back to your system.
Hello, Free software for this purpose, I suggest SAM and Greenius, SAM is embedded module of TRNSYS.
Mr. Ismael SAM software and Greenius are free soft wear and i can make research on them.
how i can get?
Thankyou
https://sam.nrel.gov/content/downloads
http://freegreenius.dlr.de/index.php/get-freegreenius
Thank you very much Mr. Ismael
u think that this software are similar Trnsys?
I am not sure since I have not used TRNSYS yet, but researches said that it is complex but more customized and gives you lot of flexibility and high accuracy level.
The Solar Advisor Model (SAM) developed and maintained at NREL may have an object for Parabolic Dishes. Mark Mehos at NREL leads the Concentrated Solar Power Group at NREL. You may contact him at [email protected].
Dear all,
I am working on similar system for Master thesis. Can anyone tell what is difference using SIMULINK model and TRANSYS model. Which model can be used best for Optimal control strategies? Apart from this has anyone developed mathematical model of this system? If yes please help
Regards.
Maybe:
"This study describes and evaluates a new simulation component for parabolic trough collectors (PTCs). The new simulation component is implemented in the TRNSYS software environment by means of new Type that is suitable for integration into the calculation of a whole concentrating solar thermal plant, in order to evaluate the energy production of a PTC."
https://www.tandfonline.com/doi/abs/10.1080/14786451.2016.1251432?scroll=top&needAccess=true&journalCode=gsol20
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