Factor Cargae: Quid est? (Et Quomodo Calculari Potest)
Quid est Factor Load?
In ingenieria electrica, Factor Load definitus est ut ratio medii oneris divisi per maximum (vel acme) onus in dato tempore periodi. Alio modo, Factor Load est ratio totius energiae (kWh) usitae in specifico tempore ad totam possibilis energiam intra id tempus (i.e. demanda maxima in illo specifico tempore). Factor Load potest calculari die, mense, vel anno. Aequatio Factor Load est;
![\[ Load \, Factor = \frac{Average \, Load}{Maximum \, demand \, over \, specific \, time \, of \, period} \]](https://www.electrical4u.com/wp-content/ql-cache/quicklatex.com-342f7f634cf750f298e0c61ac83c69e4_l3.png?ezimgfmt=rs:493x42/rscb38/ng:webp/ngcb38 "Rendered by QuickLaTeX.com")
Factor Load ad mensurandum usum rate (hoc est efficientiam usus energiae electricae) usatur. Valorem Factor Load semper minor quam unum. Quia medium onus semper minus erit quam maxima demanda.
Maior valor Factor Load significat onus magis efficaciter usura energiam electricam. Maior Factor Load maiorem economiam dat. Et minor Factor Load significat electricitatem insufficienter comparata cum tua maxima demanda.
Factor Load melioratus significat diminuere demandam maxima. Hoc valorem Factor Load et economiam dat. Etiam rediget costum mediocrem per unitatem (kWh). Haec procedura etiam dicitur aequalitas oneris vel salus culminis.
Factor Load melioratus significat diminuere demandam maxima. Hoc valorem Factor Load et economiam dat. Etiam rediget costum mediocrem per unitatem (kWh). Haec procedura etiam dicitur aequalitas oneris vel salus culminis.
Minor factor load significat altam maximam demandam et parvam usum rate. Si factor load valde parvus sit propter altam demandam maxima, capacitas energiae electricae diu inactiva manebit. Et hoc costum per unitatem augmentabit ad consumptorem. Ut reducas demandam maxima, transferre debes partem oneris ab hora culminis ad horam non-culminis.
Pro generatoribus aut plantis potentiae, factor load est factor importantis ad efficaciam plantae potentiae reperiendi. Pro plantis potentiae, factor load definitur ut ratio energiae generatae in dato tempore ad productum maximae magnitudinis et numeri horarum operationis.
![\[ Load \, Factor =\frac{ Energy \, Generated \, in \, a \, Given \, Period \, }{ Maximum \, Load \times Hours \, of \, Operation} \]](https://www.electrical4u.com/wp-content/ql-cache/quicklatex.com-fba458ac365129ee842b350f385fe8e0_l3.png?ezimgfmt=rs:430x40/rscb38/ng:webp/ngcb38 "Rendered by QuickLaTeX.com")
Quomodo Calculare Factor Load?
Factor Load calculatur dividendo consumptionem totalem energiae electricae (kWh) pro dato tempore periodi ad productum demandae maxima (kW) et numeri horarum in illo periodo.
Factor Load potest calculari super quodlibet tempus periodi. Generaliter, id calculatur die, hebdomade, mense, vel annuo. Aequationes infra ostendunt Factor Load pro diverso tempore.
![\[ Load \, Factor \, (daily) = \frac{Total \, kWh \, throughout \, 24 Hr \, of \, the \, day}{Peak \, Load \, in \, kW \times 24 Hr} \]](https://www.electrical4u.com/wp-content/ql-cache/quicklatex.com-868903c28e2c98468f8e8cd47b3a03ed_l3.png?ezimgfmt=rs:482x37/rscb38/ng:webp/ngcb38 "Rendered by QuickLaTeX.com")
![\[ Load \, Factor \, (Monthly) = \frac{Total \, kWh \, throughout \, the \, Month}{Peak \, Load \, in \, kW \times 720 Hr} \]](https://www.electrical4u.com/wp-content/ql-cache/quicklatex.com-744266621f0833949a541c6e47996c33_l3.png?ezimgfmt=rs:471x37/rscb38/ng:webp/ngcb38 "Rendered by QuickLaTeX.com")
![\[ Load \, Factor \, (Annual) = \frac{Total \, kWh \, throughout \, the \, Year}{Peak \, Load \, in \, kW \times 8760 Hr} \]](https://www.electrical4u.com/wp-content/ql-cache/quicklatex.com-ea4e7a206343174b1436bc45e2495eaa_l3.png?ezimgfmt=rs:447x36/rscb38/ng:webp/ngcb38 "Rendered by QuickLaTeX.com")
Factor Load Exemplum Questionis
Calculamus nunc Factor Load pro conditione subiecta. Aequationes supra multiplicatae sunt per 100 ad calculandum Factor Load in terminis percentualibus.
Consumptio mensualis energiae est 36000 kWh et demanda maxima 100 kW.
![\[ Load \, Factor = \frac{Total kWh \times 100}{Peak \, demand \times No. \, of \, days \times 24 \, Hours} \]](https://www.electrical4u.com/wp-content/ql-cache/quicklatex.com-ee551951fb13da7122d591352da2e70e_l3.png?ezimgfmt=rs:436x40/rscb38/ng:webp/ngcb38 "Rendered by QuickLaTeX.com")
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