Place, publisher, year, edition, pagesTrondheim, Norway: SINTEF Energi AS, 2016. The models covering most of the aspects of borehole simulations are the TRNSBM-model in TRNSYS and the “INTERACT 2016” model for Modelica. EED, Polysun and IDA are considered to be the more user friendly softwares, while Modelica, TRNSYS and Matlab/Simulink+Carnot are considered to be the more flexible softwares. Higher flexibility usually means less user-friendliness and more time to learn the tool. It was found that the user-friendliness is strongly linked to the level of flexibility in the models. The scopes and limitations of the software and models are evaluated and the advantages and disadvantages with the software are addressed. The study focus on the software used by the authors, which are EED, TRNSYS, Polysun, Modelica, IDA ICE, and Matlab/Simulink+Carnot. This study is based on a literature survey of software and models for simulation of geothermal heating and cooling systems with focus on vertical ground heat exchangers. Models to simulate borehole storages, heat pumps, and system components like water storages, hydraulics and building loads are explored. The aim of this survey is to explore different simulation software for designing of ground source heating systems. Then, change the parameter values there to some tag names so that they can be found and replaced by Python, such as the case in z_pyt_TEMPLATE.Show others and affiliations 2016 (English) Report (Other academic) Abstract dck file at the first time in order to create a template. Keep in mind that for your case you need to dublicate (copy & paste) your original. The main idea behind this Python script is simple, change parameter values in the deck file (in this case: ExampleTRNSYSmodel.dck and ask the TRNSYS to run the simulation/s as to this deck file/s. You can see in the folder "C:\zGithub" that automated TRNSYS output results will be saved in an order.
"C:\Trnsys17\Exe\TRNExe.exe" (How to find the directory of your TRNSYS Simulation Studio: i) File, ii) Settings, iii) Directories, and iv) Copy the directory stated for the TRNSYS Application there) In the Python script at line 42, change the directory of TRNSYS application, i.e. "Clone or Download" this repository to the directory "C:\zGithub" (or change the directory in the line 42 of the Python script to the directory where your TRNSYS model located) However, there needs some asjustments in the Python script, for that please follow these steps: Table of ContentsĪn example Python script is given: ExamplePYTHONscript.py, from which the example TRNSYS simulation ExampleTRNSYSmodel.tpf is run. The aim here is to ease the running of several simulations of the same model for various different parameter values as might be required for parametric analysis, sensitivity analysis etc. This Python script automates the running of the TRNSYS simulations. How to Run TRNSYS Simulations from Python
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