Terme de Glossaire
GWh
In electricity, the watt (W) is the unit of power of a system in which a current of 1 ampere flows across a potential difference of 1 volt. It's an average instantaneous power. Nuclear reactors like those in Belgium have around 1,000 MW of power (1,000 megawatts, which is a billion watts or a gigawatt, GW).
In one year, an energy source with a power of 1MW will produce a number of MWh (megawatt hours) of energy equal to 8,760, or the number of hours in a year.
But Wh (watt hours) must not be confused with W/h (watts per hour), which indicates the variation in power per unit of time.
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
jyGY8jktWj3VuSzS