Friends, This Calculator Changes Amps to kVA. So Let’s Enjoy it… For Calculation Follow This : First, Select a Phase Type & Second, Enter The Current (i) in Amps & Third, Enter the Voltage (V) in Volt & After this Press the Button of Calculate. And Your Answer is Showing in Result Section.

Table of Contents

## Amps to kVA Calculator

### Amps to kVA Calculator Conversion

#### Single Phase Amps to kVA Calculation Formula :

The Multiply of Current (i) in Amps & Voltage (V) in Volt, Divided by 1000. is Equal to Apparent Power (S) in Kilo-Volt-Amps. By this We Can Change The Amps to Kilo-Volt-Amps (kVA).

Apparent Power (S) = Current (i) × Voltage (V) / 1000

**Formula : **

Single Phase Amps to kVA Examples | |

(1) When Current (i) = 2 & Voltage (V) = 4
Formula: Power= Current×Voltage÷1000 Power (S) = 2 Amps×4 Volt÷1000 Power (S) = 8÷1000 Power (S) = 0.008 kVA |
(2) When Current (i) = 8 & Voltage (V) = 12
Formula: Power= Current×Voltage÷1000 Power (S) = 8 Amps×12 Volt÷1000 Power (S) = 96÷1000 Power (S) = 0.096 kVA |

#### 3 Phase Amps to kVA Calculation Formula :

There are Two Types for Calculation in 3 Phase Amps to kVA regarding to Voltage.

- Calculation with line to line Voltage
- Calculation with line to neutral Voltage

First of All, We Know About Calculation with line to line Voltage in 3 Phase

##### Calculation with line to line Voltage

The Multiplies of Square Root of 3, Current (i) in Amps and Voltage (V_{L-L}) in Volt, Divided by 1000 is Equal to Apparent Power (S) in kilo-volt-amps.

Apparent Power (S) = √3 × Current (i) × Voltage (V) / 1000

**Formula :**

Now, We Know About Calculation with line to neutral Voltage in 3 Phase

3 Phase Amps to kVA Calculation with line to line Voltage Examples | |

(1) When Current (i) = 4 & Voltage (V_{L-L}) = 6
Formula: Power= √3×Current×Voltage÷1000 Power (S) = √3×4 Amps×6Volt÷1000 Power (S) = 42÷1000 Power (S) = 0.042 kVA |
(2)When Current (i) = 10 & Voltage (V_{L-L}) = 14
Formula: Power= √3×Current×Voltage÷1000 Power (S) = √3×10 Amps×14 Volt÷1000 Power (S) = 242÷1000 Power (S) = 0.242 kVA |

##### Calculation with line to neutral Voltage

The Multiplies of 3, Current (i) in Amps and Voltage (V_{L-N}) in Volt, Divided by 1000 is Equal to Apparent Power (S) in kilo-volt-amps.

Apparent Power (S) = 3 × Current (i) × Voltage (VL-N) / 1000

**Formula :**

3 Phase Amps to kVA Calculation with line to neutral Voltage Examples | |

(1) When Current (i) = 4 & Voltage (V_{L-N}) = 6
Formula: Power= 3×Current×Voltage÷1000 Power (S) = 3×4 Amps×6 Volt÷1000 Power (S) = 72÷1000 Power (S) = 0.072 kVA |
(2)When Current (i) = 10 & Voltage (V_{L-N}) = 14
Formula: Power= 3×Current×Voltage÷1000 Power (S) = 3×10 Amps×14 Volt÷1000 Power (S) = 420÷1000 Power (S) = 0.42 kVA |

More :

Topics :

- Amps to kVA
- Amps to kVA Calculator
- Amps to kVA Calculator Conversion
- Amp to kVA
- 3 Phase Amps to kVA