# Amps to Kilowatts Calculator

Friends, the Calculator below can convert Amperes to Kilowatts, Amperes to watts, Amperes to milliwatts.

## Amps to Kilowatts Calculator

 Select current type: DCAC – Single phaseAC – Three phase Enter current in amps: A Enter voltage in volts: V Power result in kilowatts: kW

### Amps to Kilowatts Conversion Calculator Calculation

*Use e for scientific notation. For Example : 8e5, 12.4e5, 2.1e5 etc…

#### DC amps to kilowatts Calculation

Multiply of Amps(i) and Volt (v) is equal to The Power p(kW) is divided by 1000

or

The multiplication of amps and volt for Dc supply is equal to watt ie if 1 Ampere is taken with 12V volt dc then watt will be 12W.

##### DC amps to watts Formula is : ##### DC amps to kilowatts Formula is : ##### DC amps to milliwatts Formula is : DC amps to kilowatts Examples (1) let’s find the kilowatts of power for a circuit with 6 amps of current at 120 volts Power = Current × Voltage ÷ 1000 Power = 6 Amps × 120 Volt ÷ 1000 Power = 720 ÷ 1000 Power = 0.72 kW (2) let’s find the kilowatts of power for a circuit with 6 amps of current at 240 volts Power = Current × Voltage ÷ 1000 Power = 6 Amps × 240 Volt ÷ 1000 Power = 1440 ÷ 1000 Power = 1.44 kW

#### AC single phase amps to kilowatts Calculation

The power P in kilowatts (kW) is Multiply of Power Factor(PF), Amps(I) and Volt(V) divide by 1000.

or

The power P in watts (W), is equal to Multiply of Power Factor(PF), Amps(I) and Volt(V).

##### AC single phase amps to watts Formula is : ##### AC single phase amps to kilowatts Formula is : ##### AC single phase amps to milliwatts Formula is : AC single phase amps to kilowatts Example (1) let’s find the kilowatts of power for a single phase circuit with 6 amps of current at 120 volts and 0.5 Power Factor (PF) Power = PF × Current × Voltage ÷ 1000 Power = 0.5 × 6 Amps × 120 Volt ÷ 1000 Power = 360 ÷ 1000 Power = 0.36 kW (2) let’s find the kilowatts of power for a single phase circuit with 6 amps of current at 240 volts and 0.5 Power Factor (PF) Power = PF × Current × Voltage ÷ 1000 Power = 0.5 × 6 Amps × 240 Volt ÷ 1000 Power = 720 ÷ 1000 Power = 0.72 kW

#### AC three phase amps to kilowatts Calculation

there are two types for three phase amps to kilowatts Calculation.

• line to line voltage
• line to neutral voltage
##### Calculation with line to line Voltage

The power P in kilowatts (kW) is equal to square root of 3 times the power factor (PF) amps (A), volts (V) divided by 1000 :

or

The power P in kilowatts (W) is equal to square root of 3 times the power factor (PF) amps (A), volts (V)

###### AC three phase amps to watts Formula is (L-L Voltage) : ###### AC three phase amps to kilowatts Formula is (L-L Voltage) : ###### AC three phase amps to milliwatts Formula is (L-L Voltage) : ##### Calculation with line to neutral Voltage

Multiply of 3 times the power factor (PF) amps (A) and volts (line) (V) divided by 1000, is equal to the power p in kilowatts(kW)

or

Multiply of 3 times the power factor (PF) amps (A) and volts (natural ) (V), is equal to the power p in watts(W)

###### AC three phase amps to watts Formula is (L-N Voltage) : ###### AC three phase amps to kilowatts Formula is (L-N Voltage) : ###### AC three phase amps to milliwatts Formula is (L-N Voltage) : AC three phase amps to kilowatts Example Case : Line to Line Voltage (1) let’s find the kilowatts of power for a three phase circuit with 6 amps of current at 120 volts (line to line) and 1 Power Factor (PF) Power = √3 × PF × Current × Voltage ÷ 1000 Power = √3 × 1 × 6 Amps × 120 Volt ÷ 1000 Power = 1247.07 ÷ 1000 Power = 1.247 kW Case : Line to Neutral Voltage (1) let’s find the kilowatts of power for a three phase circuit with 6 amps of current at 120 volts (line to Neutral) and 1 Power Factor (PF) Power = 3 × PF × Current × Voltage ÷ 1000 Power = 3 × 1 × 6 Amps × 120 Volt ÷ 1000 Power = 1080 ÷ 1000 Power = 2.16 kW

So let’s some typical power factor values. the noted thing in these values that if you want a accurate calculation so you must don’t use these.

### Typical PF (Power Factor) Values

 No. Device Typical Power Factor Values 1. Induction motor no load 0.35 2. Induction motor full load 0.85 3. Synchronous motor 0.9 4. Fluorescent lamp 0.95 5. Resistive load 1.00 6. Incandescent lamp 1.00 7. Resistive oven 1.00

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