Difference between revisions of "Irradiance safety parameter"
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[[Category:Design parameters]] | [[Category:Design parameters]] | ||
| − | The PV module degradation parameter accounts for the potential of [[PV module#irradiance|irradiance or sunlight intensity]] in excess of the 1000 W/m² (the value that serves as the basis for testing and rating PV modules). This commonly occurs at higher altitudes. This value is a standard for PV design globally to make sure these components can handle the excess current generated by the [[PV module|PV source]]. | + | <languages /> |
| + | <translate> | ||
| + | The PV module degradation parameter accounts for the potential of [[Special:MyLanguage/PV module#irradiance|irradiance or sunlight intensity]] in excess of the 1000 W/m² (the value that serves as the basis for testing and rating PV modules). This commonly occurs at higher altitudes. This value is a standard for PV design globally to make sure these components can handle the excess current generated by the [[Special:MyLanguage/PV module|PV source]]. | ||
*Irradiance safety parameter = 1.25 (125%) | *Irradiance safety parameter = 1.25 (125%) | ||
| + | |||
| + | ==Notes/references== | ||
| + | </translate> | ||
Revision as of 12:12, 1 April 2021
The PV module degradation parameter accounts for the potential of irradiance or sunlight intensity in excess of the 1000 W/m² (the value that serves as the basis for testing and rating PV modules). This commonly occurs at higher altitudes. This value is a standard for PV design globally to make sure these components can handle the excess current generated by the PV source.
- Irradiance safety parameter = 1.25 (125%)
