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Soiling detection methods
Here's an interesting approach: https://doi.org/10.1016/j.isci.2021.102165
And another http://dx.doi.org/10.1109/JPHOTOV.2023.3243719
Here's an interesting approach: https://doi.org/10.1016/j.isci.2021.102165
Since we have the soiling module in pvlib, should this be in pvlib-python? Also, the SRR method's code has a github repository - I wonder if Michael would be interested in getting it in pvanalytics (or pvlib).
Since we have the soiling module in pvlib, should this be in pvlib-python?
IMHO: methods of predicting soiling ratio for performance modeling purposes belong in pvlib-python and methods of detecting and/or extracting soiling from measured performance belong elsewhere (perhaps here in pvanalytics).
Also, the SRR method's code has a github repository - I wonder if Michael would be interested in getting it in pvanalytics (or pvlib).
Maybe you are talking about https://github.com/NREL/pv_soiling? That repository is not actively developed, but SRR is also implemented in RdTools: RTD and GH. Since there's already a maintained (and better) version elsewhere, I don't see much value in having a duplicate implementation of it here. And I very much doubt Mike et al. would be interested in transferring the "official" version from RdTools to pvanalytics.
Since we have the soiling module in pvlib, should this be in pvlib-python?
IMHO: methods of predicting soiling ratio for performance modeling purposes belong in pvlib-python and methods of detecting and/or extracting soiling from measured performance belong elsewhere (perhaps here in pvanalytics).
Yes, I agree - but then, what method should we use/explore to detect soiling from the performance data? I am referring to Table 6. of https://doi.org/10.1016/j.isci.2021.102165.
Also, the SRR method's code has a github repository - I wonder if Michael would be interested in getting it in pvanalytics (or pvlib).
Maybe you are talking about https://github.com/NREL/pv_soiling? That repository is not actively developed, but SRR is also implemented in RdTools: RTD and GH. Since there's already a maintained (and better) version elsewhere, I don't see much value in having a duplicate implementation of it here. And I very much doubt Mike et al. would be interested in transferring the "official" version from RdTools to pvanalytics.
Okay, that makes sense.