Table Of Contents
Megawatt-hour to gigajoule Conversion
1 megawatt-hour (MW⋅hr) is equal to 3.6 gigajoule (GJ).
1 MW⋅hr = 3.6 GJ
or
1 GJ = 0.2777777778 MW⋅hr
Formula
To convert a energy from megawatt-hour (MW⋅hr) to gigajoule (GJ), multiply the energy in megawatt-hour by 3.6
e(GJ) = e(MW⋅hr) × 3.6
Examples:
Convert 1000 megawatt-hour to gigajoule:
e(GJ) = 1000MW⋅hr × 3.6 = 3600 GJ
Conversion table
| Megawatt-hour (MW⋅hr) | Gigajoule (GJ) |
|---|---|
| 1 MW⋅hr | 3.6 GJ |
| 2 MW⋅hr | 7.2 GJ |
| 3 MW⋅hr | 10.8 GJ |
| 5 MW⋅hr | 18 GJ |
| 10 MW⋅hr | 36 GJ |
| 20 MW⋅hr | 72 GJ |
| 25 MW⋅hr | 90 GJ |
| 50 MW⋅hr | 180 GJ |
| 100 MW⋅hr | 360 GJ |
| 250 MW⋅hr | 900 GJ |
| 500 MW⋅hr | 1800 GJ |
| 1000 MW⋅hr | 3600 GJ |
| Gigajoule (GJ) | Megawatt-hour (MW⋅hr) |
|---|---|
| 1 GJ | 0.277777778 MW⋅hr |
| 2 GJ | 0.555555556 MW⋅hr |
| 3 GJ | 0.833333333 MW⋅hr |
| 5 GJ | 1.388888889 MW⋅hr |
| 10 GJ | 2.777777778 MW⋅hr |
| 20 GJ | 5.555555556 MW⋅hr |
| 25 GJ | 6.944444444 MW⋅hr |
| 50 GJ | 13.888888889 MW⋅hr |
| 100 GJ | 27.777777778 MW⋅hr |
| 250 GJ | 69.444444444 MW⋅hr |
| 500 GJ | 138.888888889 MW⋅hr |
| 1000 GJ | 277.777777778 MW⋅hr |
Frequently asked questions
How do I convert megawatt-hour to gigajoule?
Multiply the value in megawatt-hour by 3.6 to get the result in gigajoule. For example, 5 MW⋅hr × 3.6 = 18 GJ.
How many gigajoule are in 1 megawatt-hour?
1 megawatt-hour (MW⋅hr) is equal to 3.6 gigajoule (GJ).
How do I convert gigajoule back to megawatt-hour?
Use the inverse operation: divide the value in gigajoule by 3.6 to get the result in megawatt-hour.
How accurate is the megawatt-hour to gigajoule conversion?
The converter multiplies by the conversion factor 3.6 and rounds the result to 9 decimal places by default. You can increase or reduce the precision with the digits option on this page.
Sources
Conversion factors are based on internationally recognised standards:
- BIPM — The International System of Units (SI Brochure, 9th edition)
- NIST Guide to the SI, Appendix B.8: Factors for Units Listed Alphabetically (NIST SP 811, 2008 edition)
- NIST Guide to the SI (SP 811), Footnotes (notes 22 and 23)
- CODATA Value: electron volt-joule relationship (NIST Fundamental Physical Constants)