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Modeling PV Trackers on Undulating Terrain
- Mitchell Niles
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25 Mar 2020 08:02 #8062
by Mitchell Niles
Modeling PV Trackers on Undulating Terrain was created by Mitchell Niles
Good Morning,
I am trying to model a PV single-axis tracking system on sloped terrain, is it possible to model this in SAM?
As well, can you force a particular tracking algorithm or angle onto the system?
Cheers,
Mitch
I am trying to model a PV single-axis tracking system on sloped terrain, is it possible to model this in SAM?
As well, can you force a particular tracking algorithm or angle onto the system?
Cheers,
Mitch
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- Paul Gilman
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26 Mar 2020 11:07 #8066
by Paul Gilman
Replied by Paul Gilman on topic Modeling PV Trackers on Undulating Terrain
Hi Mitch,
For the photovoltaic model's one-axis tracking option, SAM assumes that all trackers are on horizontal terrain. It is not possible to model sloped or complex terrain. You can set the azimuth angle, tilt angle, and tracker rotation limit. The tracker uses sun angles to determine the tracker rotation angle in each time step. You can read more about how the tracking algorithm works in Section 5.3 of the Photovoltaic Reference Manual available on the PV Publications page: sam.nrel.gov/photovoltaic/pv-sub-page-2.html .
Best regards,
Paul.
For the photovoltaic model's one-axis tracking option, SAM assumes that all trackers are on horizontal terrain. It is not possible to model sloped or complex terrain. You can set the azimuth angle, tilt angle, and tracker rotation limit. The tracker uses sun angles to determine the tracker rotation angle in each time step. You can read more about how the tracking algorithm works in Section 5.3 of the Photovoltaic Reference Manual available on the PV Publications page: sam.nrel.gov/photovoltaic/pv-sub-page-2.html .
Best regards,
Paul.
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