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The base unit for energy is joules (Non-SI/Derived Unit)

[Gigawatt Hour] symbol/abbrevation: (GWh)

[Microjoules] symbol/abbrevation: (µJ)

1 GWh = 3.6E+18 µJ.

1 x 3.6E+18 µJ =

Always check the results; rounding errors may occur.

In relation to the base unit of [energy] => (joules), 1 Gigawatt Hour (GWh) is equal to 3600000000000 joules, while 1 Microjoules (µJ) = 1.0E-6 joules.

1 Gigawatt Hour | to common energy units |
---|---|

1 GWh | = 3600000000000 joules (J) |

1 GWh | = 3600000000 kilojoules (kJ) |

1 GWh | = 860420650095.6 calories (cal) |

1 GWh | = 860420650.0956 kilocalories (kcal) |

1 GWh | = 2.2469385462308E+31 electron volt (eV) |

1 GWh | = 1000000000 watt hour (Wh) |

1 GWh | = 8.2573655700885E+29 atomic unit of energy (au) |

1 GWh | = 860.4206500956 tons of TNT (tTNT) |

1 GWh | = 2655223737398.2 foot pound force (ft lbf) |

1 GWh | = 3.6E+19 ergs (ergs) |

Gigawatt Hour | to Microjoules (table conversion) |
---|---|

1 GWh | = 3.6E+18 µJ |

2 GWh | = 7.2E+18 µJ |

3 GWh | = 1.08E+19 µJ |

4 GWh | = 1.44E+19 µJ |

5 GWh | = 1.8E+19 µJ |

6 GWh | = 2.16E+19 µJ |

7 GWh | = 2.52E+19 µJ |

8 GWh | = 2.88E+19 µJ |

9 GWh | = 3.24E+19 µJ |

10 GWh | = 3.6E+19 µJ |

20 GWh | = 7.2E+19 µJ |

30 GWh | = 1.08E+20 µJ |

40 GWh | = 1.44E+20 µJ |

50 GWh | = 1.8E+20 µJ |

60 GWh | = 2.16E+20 µJ |

70 GWh | = 2.52E+20 µJ |

80 GWh | = 2.88E+20 µJ |

90 GWh | = 3.24E+20 µJ |

100 GWh | = 3.6E+20 µJ |

200 GWh | = 7.2E+20 µJ |

300 GWh | = 1.08E+21 µJ |

400 GWh | = 1.44E+21 µJ |

500 GWh | = 1.8E+21 µJ |

600 GWh | = 2.16E+21 µJ |

700 GWh | = 2.52E+21 µJ |

800 GWh | = 2.88E+21 µJ |

900 GWh | = 3.24E+21 µJ |

1000 GWh | = 3.6E+21 µJ |

2000 GWh | = 7.2E+21 µJ |

4000 GWh | = 1.44E+22 µJ |

5000 GWh | = 1.8E+22 µJ |

7500 GWh | = 2.7E+22 µJ |

10000 GWh | = 3.6E+22 µJ |

25000 GWh | = 9.0E+22 µJ |

50000 GWh | = 1.8E+23 µJ |

100000 GWh | = 3.6E+23 µJ |

1000000 GWh | = 3.6E+24 µJ |

1000000000 GWh | = 3.6E+27 µJ |