2021. 6. 10. · Enter the apparent power in kilovolt-amps (**kVA**), power factor (PF) from 0 to 1 with a 0.1 step, then press the **Calculate** button to get the result in **kilowatts** (kW). **kVA** to kW calculation P(kW) = S(**kVA**) × PF The real power P in **kilowatts** (kW) is equal to the apparent power S in kilovolt-amps (**kVA**), multiplied by []. Sep 18, 2015 · Haji said: It calculates the maximum demand in **KW** and to find maximum demand in **KVA**, divide it by average power factor. Click to expand... Once again, you can calculate a theoretical demand, not the real demand that the utility will use to determine demand charges. I don't know how to say this any clearer..

75 **KVA**, 1-Phase, 240 x 480 Primary Volts - 120/240 Secondary Volts, NEMA 1, General Purpose Transformer, Sand and Resin ...We have 240 3 phase here, ( line to line, with one high leg) They recommend 75 **kva** transformer 240 to 400, ( we are looking to get one from Maddox 240v Delta -400y 231 step up transformer.Calculations. SG3A0075KB - Hammond general purpose. Source: NIST.gov. Conversion factors for energy equivalents based on CODATA internationally recommended 2010 values of the fundamental physical constants. Using the Energy and Work Converter Converter. This online unit converter allows quick and accurate conversion between many units of measure, from one system to another.

S (**kVA**) = P (kW) / PF. Jadi kilovolt-amp sama dengan kilowatt dibagi dengan faktor daya. kilovolt-amp = kilowatt / PF. atau . **kVA** = kW / PF. Contoh. Berapa daya semu dalam kilovolt-amp ketika daya sebenarnya adalah 3 kW dan faktor daya adalah 0,8? Larutan: S = 3kW / 0,8 = 3,75kVA . Bagaimana cara mengubah **kVA** ke kW.