Apr 27, 2010 · The KWH meter or your bill is like your odometer, telling how far you've gone. Your speedometer is like a KW meter giving the instantaeneous speed (kW). If you assume the …

May 31, 2018 · 132 KW/hr divided by 24 hours = 5.5 KW/hr divided by 240V = 22.92 amps ave per hour and therefore if I assume most of the usage is during an eight hour period, I could …

Jul 1, 2015 · I explained this in my post. They go with the monthly kWh and I did calculate the monthly kVAh in my post #9 (the denominator in the pf formula). The kvar fields include …

Oct 7, 2009 · Hi I hoping to find out the formula to go from Kwh peak usage in a month of 2,706 KWH to actual amperage usage in a church ( single phase 240VAC) and peak usage in a …

Apr 26, 2009 · Divide the KWH by the number of hours associated with the measured KWH. For example, if this is a one-month reading, from a 30 day month, then divide by 720 (i.e., 30 days …

Feb 18, 2024 · which translates to 23 amps at 208 volts, 3 phase. So the 12.4 kw highest demand reading, on the residential meter, translates to 34 amps. With a power factor of .8 it's about 43 …

Nov 20, 2018 · The daily kWh usage is around 3,500kWh /24= 143 per hour.I am typing without.a calculator This is a constant every day. The machine operates 24/7 and the 3500kwh is …

Sep 15, 2006 · I purchased a pretty good kwh meter that does kw, kwh, pf, kva, kq, volts, amps, for single phase and for three phase and it cost $2000. I use it constantly in my travels around …

Sep 29, 2015 · Actually the kWh should work out the same even at the higher charging voltage because kWH is a measure of energy transfer. Higher voltage required for charging, which …

Jan 15, 2011 · Cost of electricity is for kW, not Amps. Amps is essentially irrelevant. So yes, there are 746 watts/HP, that has nothing to do with amps, volts, phase etc. That is the power that is …