kVA to kW is one of the basic conversions in electric engineering. If you want to analyze various electrical devices on an AC circuit, you need to convert kVA to kW.

We have kW. An easy kVA is made for **calculator that converts kVA to kW** with a known power factor. You will also find kVA to kW table with calculated values. Here’s a screenshot of what the calculator looks like:

Let’s cover the basics first (it might sound a bit complicated but once you understand it, it becomes very easy):

*What is the difference between kVA and kW?*

**kVA** Or *kilovolt-ampere* A unit of measurement of apparent power in electrical circuits. In DC circuits, kVA is the same as kW; That is, apparent power (measured in kVA) is the same as actual power (measured in W or kW). However, kVA is mostly used in AC circuits.

**kilowatt** Or *kilowatt* Electricity is a unit of power. This is equal to 1,000 joules per second and is a measure of how fast energy is transferred.

Here’s the deal:

In DC circuits, we can use the basic DC power circuit equation to find out how many kWh is 1 kVA:

**P (power) = I (current) × V (voltage)**

This means that in a DC circuit, 1 kVA is equal to 1 kW.

In alternating current (AC) circuits, where kVA to kW conversion is mostly used, kVA to kW conversion **depends on the power factor** *(PF)*,

To be able to use the kilowatt-ampere to kilowatt conversion calculator, you must first determine the power factor of an AC circuit:

### How does Power Factor (PF) affect kVA to kilowatt conversion?

In DC circuits, apparent power (KVA) equals real power (KW).

In AC circuits, the apparent power (KVA) is often *No* Equivalent to actual power (kw). The difference between apparent power and real power is the fundamental difference between kVA and kW.

Here these are two different electrical forces:

**real power**is a product of*voltage*And*Present*, Basically Volts (V) × Amps (A).**apparent power**is a product of*voltage*And*rms current*, Approximately Volts (V) × Amps (A) but not quite. This is because in AC circuits there is voltage and current and not phase; This reduces the actual power to the apparent power. Here we have to deal with RMS current, and power factor helps us in this.

**power element** The ratio of real power (kW) and apparent power (kVA) in a circuit is It can take any value between -1 and 1. In practice, a power factor is a number between 0 and 1.

Here’s a formula for the power factor (we’ll use it to get the kVA to kW formula):

**PF = Actual Power (KW) / Apparent Power (KVA)**

### kVA to kilowatt formula

As you can see, we can calculate the voltage and current not in phase in an AC circuit using only the power factor. From the above equation, we can get kW from this kVA formula:

**Actual power (kW) = apparent power (kVA) × PF**

Now we have a formula that converts kVA to kW.

Example: Let’s say we have 1 kVA and 0.8 pF circuit. How many kilowatt in 1 kVA?

**Actual power = 1 kVA × 0.8 = 0.8 kW**

In such a circuit, 1 kVA is equal to 0.8 kW.

If you know the two inputs – kVA and pF – you can convert kVA to kW for any AC circuit. The easiest way is to use this calculator:

## kva to kW calculator

Simply put or slide the KVA and PF inputs, and the calculator will calculate kVA to KW dynamically:

To help you out, we’ve used this calculator to convert the most common kVA values to kW in 0.4, 0.6, 0.8, and 1 power factor AC circuits:

### kVA to kilowatt conversion chart

KVA: |
0.4 pF. per kilowatt |
0.6 pF . per kilowatt |
0.8 pF. per kilowatt |
1 pf. per kilowatt |

1 kVA |
0.4 kW | 0.6 kW | 0.8 kW | 1 kW |

5 kVA |
2 kW | 3 kW | 4 kW | 5 kW |

10 kVA |
4 kW | 6 kW | 8 kW | 10 kW |

15 kVA |
6 kW | 9 kW | 12 kW | 15 kW |

20 kVA |
8 kW | 12 kW | 16 kW | 20 kW |

25 kVA |
10 kW | 15 kW | 20 kW | 25 kW |

30 kVA |
12 kW | 18 kW | 24 kW | 30 kW |

35 kVA |
14 kW | 21 kW | 28 kW | 35 kW |

40 kVA |
16 kW | 24 kW | 32 kW | 40 kW |

45 kVA |
18 kW | 27 kW | 36 kW | 45 kW |

50 kVA |
20 kW | 30 kW | 40 kW | 50 kW |

55 kVA |
22 kW | 33 kW | 44 kW | 55 kW |

60 kVA |
24 kW | 36 kW | 48 kW | 60 kW |

65 kVA |
26 kW | 39 kW | 52 kW | 65 kW |

70 kVA |
28 kW | 42 kW | 56 kW | 70 kW |

75 kVA |
30 kW | 45 kW | 60 kW | 75 kW |

80 kVA |
32 kW | 48 kW | 64 kW | 80 kW |

85 kVA |
34 kW | 51 kW | 68 kW | 85 kW |

90 kVA |
36 kW | 54 kW | 72 kW | 90 kW |

95 kVA |
38 kW | 57 kW | 76 kW | 95 kW |

100 kVA |
40 kW | 60 kW | 80 kW | 100 kW |

120 kVA |
48 kW | 72 kW | 96 kW | 120 kW |

140 kVA |
56 kW | 84 kW | 112 kW | 140 kW |

160 kVA |
64 kW | 96 kW | 128 kW | 160 kW |

180 kVA |
72 kW | 108 kW | 144 kW | 180 kW |

200 kVA |
80 kW | 120 kW | 160 kW | 200 kW |

250 kVA |
100 kW | 150 kW | 200 kW | 250 kW |

300 kVA |
120 kW | 180 kW | 240 kW | 300 kW |

350 kVA |
140 kW | 210 kW | 280 kW | 350 kW |

400 kVA |
160 kW | 240 kW | 320 kW | 400 kW |

450 kVA |
180 kW | 270 kW | 360 kW | 450 kW |

500 kVA |
200 kW | 300 kW | 400 kW | 500 kW |

1000 kVA |
400 kW | 600 kW | 800 kW | 1000 kW |

Hope this is clear enough and will help you convert any kVA to kW. If you have any questions, you can ask them in the comments below and we will try to help you.

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