because there is so much water so it doesn't matter how much water is used up there will always be more
Nuclear power is the best by far because you take pellets that have a uranium orb in the middle then stabilizer rods come in stabilize them and then water is poured on them to generate steam that rises through a turbine and spins the turbine generating power
Wind Turbines are capable of creating very small amounts of energy on windy days. The best case they create about 8% of what they are rated at. Fossil fuels plants are ran at almost idle to supplement the missing power.
solar wind hydro are all possibilities if living in the mountains. Maybe solar is not the best but a wind turbine or water turbine would be possible. Depends on where you live and is water available is it windy etc
The Francis turbine is an inward flow turbine that is the most efficient and widely used water turbine in the world today. It works best in higher head (pressure) applications, and hydroelectric power plants at big dams use these guys to make lots of watt-hours. The term "inward flow" means that the turbine itself (the thing with the blades that the water "presses on" to make the thing turn) has the water directed from the outside of the turbine wheel in onto the blades, and through them to a "center area" for the water to exit. The unit is darn efficient. Pictures are a mouse click away. Use the link to surf on over to our friends at Wikipedia (from which some of the data here was gathered) for more information and the cool pics that really show a viewer how the unit works.
geothermic
francis turbine
Both types of power plants generate electricity by using a renewable energy source - water and wind, respectively. Additionally, both types of power plants harness natural forces to drive turbines that generate electricity.
water dummy
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First, the turbine itself does not store the energy. One needs a battery or capacitor for that. The amount of energy a turbine produces is determined by the size of the turbine and the speed of the blades, and the average RPMs in a given day. Short answer: it depends. It is best to couple the turbine as a backup for a solar array for times when the sun is not sufficient to power the cells, on the theory that when the sun is not shining during the day, the wind might be blowing because of a storm. [The British put low power turbines next to railroad tracks to power the crossing signals. The wind of the passing trains powers the them.]
The accepted power and influence of a legal source. A+
the accepted power and influence of a legal source