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Currently, there is a case distinction in the function "calculateBeamOmegas" which adjusts omega1 and omega2 for times close to sunrise or sunset, causing inaccuracies. This case distinction may be simplified, with some slight changes in the function "calcBeamRadiationOnSlopedSurface" aswell.
The text was updated successfully, but these errors were encountered:
There have been two further problems that I noticed.
In the function calcExtraterrestrialRadiation, there is a wrong digit in the calculation of e0 in the third summand. It is 0.000719 instead of 0.00719 (Duffie(2013) p. 9). I also adjusted the values in the test function.
In the function calfDiffuseRadiationOnSlopedSurface, there was an issue in the calculation of the cloud index epsilon. First, the horizontal beam radiation (code: eBeamH) is used instead of the normal incidence beam radiation (Duffie p. 95). Secondly, we use thetaZ in radians instead of degrees. On Duffie p. 97 there is an example for this.
I worked a bit on the related PR #689. Now, someone only needs to double-check everything and merge the changes from dev, which includes the new scala test PvModelSpec.
Currently, there is a case distinction in the function "calculateBeamOmegas" which adjusts omega1 and omega2 for times close to sunrise or sunset, causing inaccuracies. This case distinction may be simplified, with some slight changes in the function "calcBeamRadiationOnSlopedSurface" aswell.
The text was updated successfully, but these errors were encountered: