kw to current calculator
Calculate current from kilowatts (KW), voltage, and power factor for AC or DC systems accurately.
single-phase current calculator
The KW to Current Calculator enables one to calculate kilowatt to amp with the help of voltage and power factor. It covers single-phase, three-phase AC, and DC circuits, assisting in designing appropriate load currents and conductors.
Formula & Table Summary:
Single-phase AC: I = KW × 1000 / (V × PF)
Three-phase AC: I = KW × 1000 / (√3 × V × PF)
DC: I = KW × 1000 / V
switch wiring diagram
A KW to Current Calculator is used to bring electrical power in kilowatts (KW) to the present flow of electricity in amperes (A). It is applicable in AC and DC closed circuits and can represent the power factor in the case of AC. In single phase AC: I=KW /(V x PF) x 1000; V is a voltage; PF power factor. In the case of the three-phase AC: I = KW 1000/ V {sqrt3} / (PF). In circuits that use DC: I = (KW)(1000)/V. Electricians, engineers, students, and students find this tool helpful in assessing load currents, sizing conductors, breaking the protection device, and electrical system planning. Proper conversion to the current based on KW will render the operation of the residential and industrial installation safe and their proper design.
power factor current calculator
| Type | KW | Voltage (V) | PF | Current (A) |
|---|---|---|---|---|
| Single-phase | 5 | 230 | 0.8 | 27.17 |
| Three-phase | 10 | 400 | 0.9 | 16.04 |
| DC | 2 | 48 | — | 41.67 |
Frequently Asked Questions - kw to current calculator:
What is KW to current conversion?
It is converting electrical power in kilowatts to current in amperes using voltage and power factor.
How to calculate current from KW for single-phase AC?
Use I = KW × 1000 / (V × PF), where V is voltage and PF is power factor.
How to calculate current from KW for three-phase AC?
Use I = KW × 1000 / (√3 × V × PF) for balanced three-phase loads.
How to calculate current from KW for DC circuits?
Use I = KW × 1000 / V, with V the DC voltage.
Do I need power factor for DC calculation?
No, power factor only applies to AC circuits.
Why is this calculation important?
It helps in sizing conductors, protection devices, and determining load currents.
Can this calculator handle industrial loads?
Yes, it supports both residential and industrial AC/DC circuits.
What if the power factor is unknown?
For AC, assume PF = 1 for an approximate calculation.
Does it support three-phase delta or star systems?
Yes, the formula works for balanced three-phase systems regardless of connection type.
How accurate is this calculation?
Accuracy depends on correct voltage, power factor, and kilowatt input.
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