Watts (W) to volts (V) calculator.

Enter the power in watts,
current in amps and press the *
Calculate* button to get the voltage in volts:

So The voltage V in volts (V) is equal to the power P in watts (W), divided by the current I in amps (A).

*V*_{(V)} = *P*_{(W)}* */* I*_{(A)}

What is the voltage in volts when the power consumption is 55 watts and the current flow is 3 amps?

*V* = 55W / 3A = 18.33V

What is the voltage in volts when the power consumption is 75 watts and the current flow is 3 amps?

*V* = 75W / 3A = 25V

What is the voltage in volts when the power consumption is 90 watts and the current flow is 3 amps?

*V* = 90W / 3A = 30V

So The RMS voltage V in volts (V) is equal to the power P in watts (W), divided by the power factor PF times the phase current I in amps (A).

*V*_{(V)} = *P*_{(W)} / (*PF* × *I*_{(A)}* *)

What is the RMS voltage in volts when the power consumption is 230 watts, the power factor is 0.8 and the phase current is 3.75 amps?

*V* = 230W / (0.8 × 3.75A) = 76V

What is the RMS voltage in volts when the power consumption is 350 watts, the power factor is 0.8 and the phase current is 3.75 amps?

*V* = 350W / (0.8 × 3.75A) = 116V

What is the RMS voltage in volts when the power consumption is 330 watts, the power factor is 0.8 and the phase current is 4 amps?

*V* = 330W / (0.8 × 4A) = 103V

So The line to line RMS voltage V_{L-L} in volts (V) is equal to the power P in watts (W), divided by square root of 3 times the power factor PF times the phase current I in amps (A).

*V*_{L-L(V)} = *P*_{(W)} / (*√*3 × *PF* × *I*_{(A)}* *) ≈ *P*_{(W)} / (1.732 × *PF* × *I*_{(A)}* *)

What is the RMS voltage in volts when the power consumption is 230 watts, the power factor is 0.8 and the phase current flow is 2.165 amps?

*V* = 230W / (*√*3 × 0.8 × 2.165A) = 76V

What is the RMS voltage in volts when the power consumption is 350 watts, the power factor is 0.8 and the phase current flow is 2.165 amps?

*V* = 350W / (*√*3 × 0.8 × 2.165A) = 116V

What is the RMS voltage in volts when the power consumption is 330 watts, the power factor is 0.8 and the phase current flow is 3.165 amps?

*V* = 330W / (*√*3 × 0.8 × 3.165A) = 75V

So The line to neutral RMS voltage V_{L-N} in volts (V) is equal to the power P in watts (W), divided by 3 times the power factor PF times the phase current I in amps (A).

*V*_{L-N(V)} = *P*_{(W)} / (3 × *PF* × *I*_{(A)}* *)

- Volts to watts calculator
- kW to volts calculator
- How to convert watts to volts
- How to convert kW to volts
- Amp (A)
- Volt (V)
- Watt (W)
- Electrical calculation
- Power conversion

Our Watts to volts converter allows the users to Calculate Watts to volts. Some of the prominent features of this utility are explained below.

You don’t need to go through any registration process to use the Watts to volts converter. Using this utility, you can convert Watts to volts as many times as you want for free.

This Watts to volts Calculator offers users the fastest conversion. Once the user enters the Watts to volts values in the input field and clicks the Convert button, the utility will start the conversion process and return the results immediately.

The manual procedure of Calculator Watts to volts isn’t an easy task. You must spend a lot of time and effort to complete this task. The Watts to volts Calculator allows you to complete the same task immediately. You will not be asked to follow manual procedures, as its automated algorithms will do the work for you.

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You don't need to go through any registration process to use this Watts to volts Calculator. You can use this utility for free and do unlimited Watts to volts Convert without any limitations.

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