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Basically, the wind moves the fins that move the turbine. The turbine then creates electrical energy. (See how does a turbine work)
Any moving fluid can power a turbine. This includes air, water, steam, burning fuel etc. When the fluid strikes the blades of the turbime it transfers energy to the blade causing the blade to move.
The energy in coal is stored as chemical potential energy.When the coal is burned, this chemical energy is converted to heat. The boiler converts this thermal energy into pressure of the steam.The pressure energy in the steam is then converted into rotating mechanical energy using the turbine. As the turbine spins the generator, the generator converts this into electrical energy.
Wind energy can be transformed to a suitable form for human use. It could use turbine connected with dynamo to generate electricity. It could connect the turbine with gear and use the mechanical energy transformed to pump the water or operate a mill. It could use sail to catch the momentum of the wind to sail the ship.
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.
The burning of coal itself does not release electrical energy, coal is burned to drive a turbine, the turbine in turn produces electricity.
The burning becomes heat energy. The heat boils water to make steam, which then turns a turbine, which is kinetic energy. The turbine can power a power generator, producing electric energy, which can then produce almost any kind of energy.
By burning the coal. The stored chemical eneregy is converted to heat energy. That may be used to create steam. Expanding steam pushes a piston or turbine, converting the heat energy to mechanical energy.
The tool that is used to create wind energy is called a wind turbine.
Basically, the wind moves the fins that move the turbine. The turbine then creates electrical energy. (See how does a turbine work)
Well wind causes the blades to spin, which cause energy. Which goes inside the turbine by wires. Then the energy passes through a generator making electricity.
Water can either be used to drive turbines directly (hydroelectric), where the kinetic energy of the water is converted into electricity by the turbine, or it can be heated by burning fuel to create steam, which then drives turbines to create electricity.
No, both are reverse to each other , turbine produces mechanical work by the expansion or by the conversion of fluid kinetic energy,while ,pump is used to utilise mechanical power into fluid energy.
According to Softpedia: "Most of the electric energy production process takes place in power plants burning fossil fuel, such as coal, natural gas or crude oil, which accounts for the massive amounts of greenhouse gases emitted daily in the Earth's atmosphere. Heat produced during fuel burning is used to evaporate large amounts of water and create steam that powers a steam turbine, turning the energy extracted during burning fuel into mechanical work. By connecting a mechanical generator to the turbine's drive shaft, the mechanical work can be turned efficiently into electric energy."
Electric power is made from the energy stored in coal. Carbon gives coal most of its energy. This energy is released when coal is burned. The burning coal heats water in a boiler, creating steam. The Steam then powers an engine called a turbine, transforming heat energy from burning coal into mechanical energy that spins the turbine engine. The spinning turbine is used to power a generator which turns mechanical energy into electric energy. Then this electrical energy is is transferred to different power stations. which we then use for:heating,cooling,cooking,lighting,transportation,communication,farming,industry,healthcare,and much more!
Any moving fluid can power a turbine. This includes air, water, steam, burning fuel etc. When the fluid strikes the blades of the turbime it transfers energy to the blade causing the blade to move.
No. Setting a turbine on the train will create drag, making the train harder to drive(=using up more power). And the amount of energy that you'd get from the turbine will be less than the amount of energy that you'd had to add to keep the train moving.