Single-phase, 2.5 amps; three-phase 1.443 amps.
Not enough information. You didn't specify the amount of kW - and you really can't calculate that, just from the volts. Once you know the amount of kW (which is a unit of power), you still need to multiply by time to get energy. Then you can do the appropriate conversion to BTU, which is also an energy unit.
A 'watt' is the SI unit of measurement for power, whereas the 'British Thermal Unit' (BTU) is the Imperial unit of measurement for energy. Power and energy are two different quantities, so you cannot convert watts into BTUs. (Besides, who would use a BTU these days?)
1000 kw
1 hp = 745.7 watts, so 75 hp = 55.93 kilowatts
1000 watts
36.8
The conversion factor for converting from kW to horsepower is 1.34. So, kW x 1.34 = hp
To convert bhp to kW simply multiply the bhp figure by .7457
The conversion factor for horsepower to kW is 0.746. So, 1.7 x 0.746 = 1.2682 kW
The conversion factor is 1.34. So: .78 kW x 1.34 = 1.0452 hp
The conversion factor is 0.746. So, hp x 0.746 = kW
Volts and Kilowatts are different. no comparison can be drawn in respect to a straight conversion.
HP is a unit already. It is unit of power (energy per unit time). The modern equivalent is kW (kilowatt). The conversion is 1 HP = 0.746 kW
Kilowatts can be converted to horsepower by using the mathematical equation of 55 KW X 1.36=74.8 HP. Conversion may be as simple as chip tuning but may cause problems with the registration.
If I did the conversion right it is 18.64 since one watt is equal to 0.001341 horse power.
1kva means 1kv per ampere therefore 1 amp flowing and 1 kv deduce to be the product of the two or 1kw
One horsepower = 746 watts or .746kW. Run the motor for an hour and this will equal .746 kWh.