Calculadora de amperios (A) a kilovatios (kW) .
calculadora de kW a amperios ►
* Use e para notación científica. Por ejemplo: 5e3, 4e-8, 1.45e12
Entonces, la potencia P en kilovatios (kW) es igual a la corriente I en amperios (A), multiplicada por el voltaje V en voltios (V) dividido por [1000].
P(kW) = I(A) × V(V) / 1000
¿Cuál es el consumo de energía en kW cuando la corriente es de 5 A y el suministro de voltaje es de 110 V?
Respuesta: la potencia P es igual a la corriente de 5 amperios por el voltaje de 110 voltios, dividido por 1000.
P = 5A × 110V / 1000 = 0.55kW
¿Cuál es el consumo de energía en kW cuando la corriente es de 12 A y el suministro de voltaje es de 110 V?
Respuesta: la potencia P es igual a la corriente de 12 amperios por el voltaje de 110 voltios, dividido por 1000.
P = 12A × 110V / 1000 = 1.32kW
¿Cuál es el consumo de energía en kW cuando la corriente es de 13 A y el voltaje de suministro es de 190 V?
Respuesta: la potencia P es igual a la corriente de 13 amperios por el voltaje de 190 voltios, dividido por 1000.
P = 13A × 190V / 1000 = 2.47kW
Entonces, la potencia P en kilovatios (kW) es igual al factor de potencia PF multiplicado por la corriente de fase I en amperios (A), multiplicado por el voltaje RMS V en voltios (V) dividido por [1000].
P(kW) = PF × I(A) × V(V) / 1000
What is power consumption in kW when the power factor is 0.8 and the phase current is 12A and the RMS voltage supply is 110V?
Answer: the power P is equal to power factor of 0.8 times current of 12 amps times voltage of 110 volts, divided by 1000.
P = 0.8 × 12A × 110V / 1000 = 1.056kW
What is power consumption in kW when the power factor is 0.8 and the phase current is 15A and the RMS voltage supply is 110V?
Answer: the power P is equal to power factor of 0.8 times current of 15 amps times voltage of 110 volts, divided by 1000.
P = 0.8 × 15A × 110V / 1000 = 1.32kW
What is power consumption in kW when the power factor is 0.8 and the phase current is 25A and the RMS voltage supply is 110V?
Answer: the power P is equal to power factor of 0.8 times current of 25 amps times voltage of 110 volts, divided by 1000.
P = 0.8 × 25A × 110V / 1000 = 2.2kW
The power P in kilowatts (kW) is equal to square root of 3 times the power factor PF times the phase current I in amps (A), times the line to line RMS voltage VL-L in volts (V) divided by 1000:
P(kW) = √3 × PF × I(A) × VL-L (V) / 1000
What is power consumption in kW when the power factor is 0.8 and the phase current is 5A and the RMS voltage supply is 110V?
Answer: the power P is equal to square root of 3 times power factor of 0.8 times current of 5 amps times the voltage of 110 volts, divided by 1000.
P = √3 × 0.8 × 5A × 110V / 1000 = 0.762kW
What is power consumption in kW when the power factor is 0.8 and the phase current is 12A and the RMS voltage supply is 110V?
Answer: the power P is equal to square root of 3 times power factor of 0.8 times current of 12 amps times the voltage of 110 volts, divided by 1000.
P = √3 × 0.8 × 12A × 110V / 1000 = 1.829kW
The power P in kilowatts (kW) is equal to 3 times the power factor PF times the phase current I in amps (A), times the line to neutral RMS voltage VL-N in volts (V) divided by 1000:
P(kW) = 3 × PF × I(A) × VL-N (V) / 1000
Current (Amps) | Power (Kilowatts) | RMS Voltage |
---|---|---|
1 amps | 0.12 kilowatts | 120 volts |
2 amps | 0.24 kilowatts | 120 volts |
3 amps | 0.36 kilowatts | 120 volts |
4 amps | 0.48 kilowatts | 120 volts |
5 amps | 0.6 kilowatts | 120 volts |
6 amps | 0.72 kilowatts | 120 volts |
7 amps | .084 kilowatts | 120 volts |
8 amps | 0.90 kilowatts | 120 volts |
9 amps | 1.08 kilowatts | 120 volts |
10 amps | 1.2 kilowatts | 120 volts |
11 amps | 1.32 kilowatts | 120 volts |
12 amps | 1.44 kilowatts | 120 volts |
13 amps | 1.56 kilowatts | 120 volts |
14 amps | 1.68 kilowatts | 120 volts |
15 amps | 1.8 kilowatts | 120 volts |
20 amps | 2.4 kilowatts | 120 volts |
25 amps | 3 kilowatts | 120 volts |
30 amps | 3.6 kilowatts | 120 volts |
35 amps | 4.2 kilowatts | 120 volts |
40 amps | 4.8 kilowatts | 120 volts |
45 amps | 5.4 kilowatts | 120 volts |
50 amps | 6 kilowatts | 120 volts |
60 amps | 7.2 kilowatts | 120 volts |
70 amps | 8.4 kilowatts | 120 volts |
80 amps | 9.6 kilowatts | 120 volts |
90 amps | 10.8 kilowatts | 120 volts |
100 amps | 12 kilowatts | 120 volts |
Current (Amps) | Power (Kilowatts) | RMS Voltage |
---|---|---|
1 amps | 0.24 kilowatts | 240 volts |
2 amps | 0.48 kilowatts | 240 volts |
3 amps | 0.72 kilowatts | 240 volts |
4 amps | 0.96 kilowatts | 240 volts |
5 amps | 1.2 kilowatts | 240 volts |
6 amps | 1.44 kilowatts | 240 volts |
7 amps | 1.68 kilowatts | 240 volts |
8 amps | 1.92 kilowatts | 240 volts |
9 amps | 2.16 kilowatts | 240 volts |
10 amps | 2.4 kilowatts | 240 volts |
11 amps | 2.64 kilowatts | 240 volts |
12 amps | 2.88 kilowatts | 240 volts |
13 amps | 3.12 kilowatts | 240 volts |
14 amps | 3.36 kilowatts | 240 volts |
15 amps | 3.6 kilowatts | 240 volts |
20 amps | 4.8 kilowatts | 240 volts |
25 amps | 6 kilowatts | 240 volts |
30 amps | 7.2 kilowatts | 240 volts |
35 amps | 8.4 kilowatts | 240 volts |
40 amps | 9.6 kilowatts | 240 volts |
45 amps | 10.8 kilowatts | 240 volts |
50 amps | 12 kilowatts | 240 volts |
60 amps | 14.4 kilowatts | 240 volts |
70 amps | 16.8 kilowatts | 240 volts |
80 amps | 19.2 kilowatts | 240 volts |
90 amps | 21.6 kilowatts | 240 volts |
100 amps | 24 kilowatts | 240 volts |
Do not use typical power factor values for accurate calculations.
Device | Typical power factor |
---|---|
Resistive load | 1 |
Fluorescent lamp | 0.95 |
Incandescent lamp | 1 |
Induction motor full load | 0.85 |
Induction motor no load | 0.35 |
Resistive oven | 1 |
Synchronous motor | 0.9 |
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