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electrical:solar:panels [2022/01/15 03:06] princess_fluffypants [Efficiency] |
electrical:solar:panels [2022/04/19 14:56] frater_secessus [STC and NOCT] |
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* slightly better than poly in uniform low light | * slightly better than poly in uniform low light | ||
* theoretically greater longevity than poly, much better longevity than thin film | * theoretically greater longevity than poly, much better longevity than thin film | ||
- | * slightly higher [[electrical: | + | * slightly higher [[electrical: |
* slightly better performance in higher temps than poly, possibly due to higher Vmp | * slightly better performance in higher temps than poly, possibly due to higher Vmp | ||
* CON | * CON | ||
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* semi-flexible so it can be applied to curved shapes | * semi-flexible so it can be applied to curved shapes | ||
* least affected by high temps | * least affected by high temps | ||
- | * least affected by shading | + | * least affected by shading |
+ | * least affected by cloudy/hazy conditions, due to increased sensitivity at the blue end of the light spectrum((https:// | ||
* very light | * very light | ||
* CON | * CON | ||
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While NOCT may be useful for gauging normal harvests, STC is used for system component((like controllers)) sizing because the panels really can make STC power((or even more)) in some real world conditions. | While NOCT may be useful for gauging normal harvests, STC is used for system component((like controllers)) sizing because the panels really can make STC power((or even more)) in some real world conditions. | ||
+ | **PTC** ([[https:// | ||
===== Diodes ===== | ===== Diodes ===== | ||