7.5kVA is a value derived from the voltage multiplied by the current.
Without knowing one, you cannot know the other.
For example, think of the number 10kVA
This could be made by :10kV * 1A or 5kV * 2A or 1kV * 10A or 2kV * 5A.
You couldn't possibly know which is the initial pair.
Watt= volts * amps
7000 Watts can be any combination there of:
At 120 volts it would be roughly 7000/120 = 58.33 amps
At 220 volts it would be roughly 7000/220 = 31.81 amps.
This is why 1000 watt power supplies for computers is getting near absurd. Typical home circuit is 20 amp and US power is at 120 volts so the max your going to draw before tripping a circuit is about 2400 watts.
Great lesson in converting watts/amps but, where is the answer to converting amps to KILOWATTS? Basically THAT was the question or did I miss something?
It depends on the voltage source in question.
watts = volts * volts / resistance
and
amps = volts / resistance
example 1:
Producing 7kW from a 120V source will require a resistor of size:
120V*120V/7000W = 2.05 Ohm
And this will pull 120V/2.05Ohm = 58.3 Amps of current.
example 2:
Producing 7kW from a 240V source will require a resistor of size:
240V*240V/7000W = 8.23 Ohm
And this will pull 240V/8.23Ohm = 29.2 Amps of current.
Depends on the voltage. Watts are volts x amps
23
75Kw is roughly 100hp, as 1kw=1.333hp (1hp=.75kw) approx.
nutz on ur chin
I
It depends on the power factor. If the PF = 1, then you need 75kVA. In general, kVA needed = 75kW/PF.
1800 tdi 75kw
Multiply the vots by the amps to find the volt-amps. Or divide the volt-amps by the voltage to find the amps.
Amps = Watts / Volts Amps = 130000 / 480 Amps = 270.83
.1 amps will give you .1 amps.
500 KVA how many amps? almost 650 Amps according to formula.
1000 Amps
1.3 amps