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The image displays a line graph tracking electricity production in France from 1980 to 2012 measured in terawatt hours (TW-h) by source: Thermal, Nuclear, Hydroelectric, Renewables. In 1980, thermal 100 TW-h, nuclear slightly above 50, hydroelectric approximately 60, renewables negligible; 1985, thermal increased to 125, nuclear jumps to 225, hydroelectric steady at 60, renewables still minimal; 1990, thermal 150, nuclear nearing 400, hydroelectric 65, renewables around 5; 1995, thermal 175, nuclear over 400, hydroelectric 75, renewables at 10; 2000, thermal drops below 150, nuclear peaks around 425, hydroelectric 75, renewables climb to 15; 2005, thermal reduced to 100, nuclear crosses 450, hydroelectric 70, renewables reach nearly 20; 2012, thermal below 100, nuclear slightly below 450, hydroelectric approximately 65, renewables increase to 25.
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The line graph compares the amount of electricity produced(名词+过去分词) in France using four sources of power over a period of 32 years.
It is clear that nuclear power was by far the most important means of electricity generation over the period shown. Renewables provided the lowest amount of electricity in each year.
In 1980, thermal power stations were the main source of electricity in France, generating around 120 terawatt hours of power/energy. Nuclear and hydroelectric power stations produced just under 75 terawatt hours of electricity each, and renewables provided a negligible amount. Just one year later, nuclear power overtook/surpass thermal power as the primary source of electricity.
Between 1980 and 2005, electricity production from nuclear power rose dramatically to a peak of 430 terawatt hours. By contrast, the figure for thermal power fell to only 50 terawatt hours in 1985, and remained at this level for the rest of the period. Hydroelectric power generation remained stable, at between 50 and 80 terawatt hours, for the whole 32-year period, but renewable electricity production saw only a small rise to approximately 25 terawatt hours by 2012.
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