With this calculation tool you can convert from Megavolts to kilovolt automatically, easily, quickly and free.

We also explain how to convert from kvolt to megavolt in 1 single step, with the help of the formula that is used for the calculation and with the table that has the main conversions from megavolt to kv.

**Formula from conversion, calculate and transform from ****megavolts to ****kilovolts, single-phase, two-phase and three-phase:**

**kVolts=1000 volts.**

**MegaVolts= 1000 kVolts**

**How to convert from ****megavolts to kVolts to in only 1 steps:**

**Step 1:**

You must multiply the Megavolts by 1000, for example, if you have an oven with a voltage of 0,115 Megavolts, you must multiply 0,115MV*1000 and the result will be 115kilovolts.

**Table ****megavolts to ****kv, conversion, equivalence, transformation:**

Megavolts |
kVolts |

How many is 0,00022 Megavolts | 0,22 kvolts |

How many is 0,00048 Megavolts | 0,48 kvolts |

How many is 0,0006 Megavolts | 0,6 kvolts |

How many is 0,008 Megavolts | 8 kvolts |

How many is 0,009 Megavolts | 9 kvolts |

How many is 0,01 Megavolts | 10 kvolts |

How many is 0,011 Megavolts | 11 kvolts |

How many is 0,00416 Megavolts | 4,16 kvolts |

How many is 0,0114 Megavolts | 11,4 kvolts |

How many is 0,012 Megavolts | 12 kvolts |

How many is 0,013 Megavolts | 13 kvolts |

How many is 0,0132 Megavolts | 13,2 kvolts |

How many is 0,0138 Megavolts | 13,8 kvolts |

How many is 0,014 Megavolts | 14 kvolts |

How many is 0,015 Megavolts | 15 kvolts |

How many is 0,017 Megavolts | 17 kvolts |

How many is 0,018 Megavolts | 18 kvolts |

How many is 0,024 Megavolts | 24 kvolts |

How many is 0,0345 Megavolts | 34,5 kvolts |

How many is0,0564 Megavolts | 56,4 kvolts |

How many is 0,06 Megavolts | 60 kvolts |

How many is 0,115 Megavolts | 115 kvolts |

How many is 0,23 Megavolts | 230 kvolts |

How many is 0,5 Megavolts | 500 kvolts |

## Definitions kvoltios and Megavolts:

**V (Volts) =** The volt (symbolized by the letter V) is the international standard unit (SI) of electric potential or electromotive force.

A potential of one volt appears through a resistance of one ohm when a current of one ampere flows through that resistance.

The voltage can be expressed as an average value in a given time interval, as an instantaneous value at a specific moment in time, or as an effective or quadratic mean value (rms). The average and instantaneous voltages receive a negative (-) or positive (+) polarity with respect to a zero or terrestrial reference potential. The rms voltage is a dimensionless quantity, always represented by a non-negative real number.

For a stable source of electric direct current (DC) potential, such as that of an alkaline or carbon-zinc electrochemical cell, the average and instantaneous voltages are both approximately +1.5 V if the negative terminal is considered common ground; the rms voltage is 1.5 V. For the standard service alternating current (AC), the average voltage is zero (the polarity is constantly reversed); the instantaneous voltage ranges from approximately -165 V to +165 V; The effective voltage is nominally 117 V.

Voltages are sometimes expressed in units that represent power multiples of 10 or fractions of a volt.

**Megavolts =** One megavolt (MV symbolized) is equal to one kvolts divided by 1000 (1 MV = 1kV / 1000).

Ratings calculator from Megavolt to kilovolt to: