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Here we will collect scripts, trainings, studies, and any other open-source
material that can help further the understanding and research of agrivoltaics.
Installation
This repository does not have (at the moment) any functions, but it runs by
leveraging various open-source tools from NREL or others, such as
bifacial_radiance, SAM, pvlib, etc.
To install the necessary packages, we suggest you create a dedicated environment:
Locally
You can also run the tutorial locally with
miniconda by following thes
steps:
Create the environment and install the requirements. The repository includes
a requirements.txt file that contains a list the packages needed to run
the tutorials and some of the scripts (more below).
To install them using conda run:
If you are interested on the tutorials or some of the studies that use Jupyter,
you will then start a Jupyter session:
jupyter notebook
And Use the file explorer in Jupyter lab to browse to the tutorial or studies.
Please note that some of the tutorials that use bifacial_radiance requires the
installation of the Radiance package and setup of various environment paths as
detailed here:
We need your help to make InSPIRE a great repository of AgriPV knowledge!
Contact the github admins and teammembers to contribute. Since we cooperate
with variuos undergraduate and graduate programs across the US, we do have a
Copyright License Agreement and instructions to sign it that contributors might have to review with their
institutions.
License
BSD 3-clause
Getting support
If you suspect that you may have discovered a bug or if you'd like to
change something please make an issue on our
GitHub issues page.
Citing
If you use the scripts included here in a publication, make sure you cite the
individual tools used and their DOIs, as well as HPC use acknowledgment.
About
Tutorials, scripts and other modeling aspects of agrivoltaics developed by the InSPIRE team