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opinion:frater_secessus:how_much_excess_solar_power [2022/12/14 13:51] frater_secessus [system efficiency] |
opinion:frater_secessus:how_much_excess_solar_power [2022/12/14 14:07] frater_secessus |
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- | ===== empirical | + | ===== direct |
+ | Plug it in and see if the solar can support it [[electrical: | ||
- | ===== observation and prediction ===== | + | The downside is this is a YES/NO answer; |
+ | ===== prediction ===== | ||
+ | ==== looking up daily insolation (FSE) ===== | ||
+ | FSE will be used together with a system effic | ||
- | ==== overall system efficiency ==== | ||
- | You can get a feel for overall system efficiency by | + | To predict daily harvest we will use |
- | - watching | + | * FSE |
- | - comparing real-time harvest to theoretical harvest | + | * your panel wattage |
+ | * and your system' | ||
- | ===== average power harvest for a given time/place ===== | ||
- | ==== theoretical power available ==== | ||
- | === predicted daily harvest === | ||
+ | ==== calculating power available (W) ==== | ||
- | |||
- | === predicted harvest at a specific time === | ||
Real-time harvest is a bit easier since there is no time component. | Real-time harvest is a bit easier since there is no time component. |