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A generator, which is driven by the turbine
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electric plants have electromagnetic energy
Wind, as all moving masses, carries something called kinetic energy. When that kinetic energy hits the large blades on a wind turbine they begin to spin. That spinning can then be used to turn a generator to create electric energy. Most wind turbines can yaw so that they are perpendicular upwind or downwind (depending what the design is) to the wind. Facing in the right direction allows the turbine to operate as efficiently as possible. The wind blows and the blades of the turbines turns. The kinetic energy derived from the turning movement of the blades turns in the electric energy in the plant than transferred to the nearest grid by transmission lines. The wind turbines turn and collect the kinetic energy and turns it into mechanical energy.
Think about what happens in a hydroelectric plant. The potential energy in the water is called 'potential' because the water has a place to go-- down. As the water falls it gains more and more kinetic energy. What is the water made to do before it's released? It passes through huge turbines and it makes the turbines spin. It's the spinning of the turbines that generates electricity. The kinetic energy of the water is converted to electricity.
A generator, which is driven by the turbine
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Geothermal energy manifests by ejecting steam from the ground. This steam is piped to a power plant where it is injected to turbines that are coupled to electric generators.
Mechanical energy.
Nuclear fission produces heat energy that produces steam The steam spins the turbines that spins electric generators and hence producing electricity.
The turbines or Pelton wheels in a hydroelectric power plant are turned by water pressure.
electric plants have electromagnetic energy
They are spun by steam or by falling water, and turn the generators that produce electricity.
Apparently Wind Turbines can make Bat's Lungs explode. . . You would need between 500 and 1000 wind turbines to match the energy for a power plant!
Wind, as all moving masses, carries something called kinetic energy. When that kinetic energy hits the large blades on a wind turbine they begin to spin. That spinning can then be used to turn a generator to create electric energy. Most wind turbines can yaw so that they are perpendicular upwind or downwind (depending what the design is) to the wind. Facing in the right direction allows the turbine to operate as efficiently as possible. The wind blows and the blades of the turbines turns. The kinetic energy derived from the turning movement of the blades turns in the electric energy in the plant than transferred to the nearest grid by transmission lines. The wind turbines turn and collect the kinetic energy and turns it into mechanical energy.
A power plant turns different types of fuels into other forms of energy. This energy powers the turbines. The turbines create the electricity. Different fuels make different kinds of electricity.
hydro electric power plant