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**PASE** is designed to simulate an agrivoltaic system, calculating both photovoltaic and agricultural outputs. It leverages the HDKR model to compute the global tilted irradiance on the PV panels and uses a ray casting algorithm to estimate the light reaching crops beneath the panels. These irradiance data are then used with crop models to simulate crop growth and yield.
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- user documentation
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- developer documentation |
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Here is an overview of the various sections of the wiki:
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- [Documentation](documentation): (work in progress)
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- [Installation](installation): steps to configure your development environment (virtual environment, Python packages, etc.)
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- [Tutorial](tutorial): short guide to run your first simulation
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- [Dev guide](dev-guide): **mandatory guidelines** to contribute to the code base
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- [Frequently Asked Questions](Frequently-Asked-Questions)
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- [References and contributors](references): papers built on PASE, list of the main contributors to the framework
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- [Contact and support](contact): contact information of the development team, the Digital Energy and Agriculture Lab |
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