How many volts does it take to make a kilowatt?

Answer 1

Watt is a unit of energy transfer rate, in joules per second. Volts is a unit of electric potential, in joules per coulomb. The two units are not related to each other, unless you know more about the circuit, such as resistance or current.

Since current (amperes) is coulombs per second, that would be the simplest conversion, but the question did not provide that information, so it is not answerable other than in the generic terms stated above.

Answer 2

In order to answer this you need to convert 1kw to watts, and then convert watts to volts.

Example: 1kw = 1000watts, so to find volts you need to know the amps and use the following formula: watts/amps = volts. Using 10 amps as an example,

1000 watts/ 10 amps= 100 volts. In this case there would be 100volts to 1kw.

Answer 3

To calculate the voltage required to produce a kilowatt of power, you need to know the current (in amps) as well. Using the formula P (watts) = V (volts) x I (amps), where power (P) is 1000 watts (or 1 kilowatt), you can solve for the voltage required given the current.

Answer 4

This question has variable answers depending on either current or resistance involved. This is also the simplest answer

Answer 5

Formula for kilowatts is I x E x pf/1000. amps x volts x pf (use .9)/1000. As you now can see you have a couple of values missing.