The shaft still rotates but the generator takes only enough mechanical power from the turbine to overcome friction. Thus very little steam supply is required for the turbine and fuel is used at a very slow rate.
In this condition the generator still runs at synchronous speed but it is a neutral load on the grid, drawing no power and supplying no power.
If the steam were turned off, the generator would continue to run at the same synchronous speed, but as a motor, drawing enough power from the grid connection to overcome friction. In this state the mechanical phase of the rotor would lag slightly (as a load its power factor could be controlled via the field current).
Now if the steam supply were turned up, the phase of the rotor would advance, while the generator would continue running synchronously, but it would now start pumping power into the grid and fuel would be used at a rate proportional to the power supplied.
Thus a turbo-generator set quickly adjusts its rate of fuel consumption according to the power it supplies to the grid. In this way the quantity of fuel used and CO2 emitted (if carbon fuel is used) are closely tied to the amount of energy produced.
A diesel powerplant uses the diesel power cycle for energy generation. A diesel power plant is one using a diesel engine to run a generator coupled to it. A generator produces power when it rotates.
As we are very clear about the Power generation, that is there must be a prime mover which can develop a mechanical energy from the natural sources of energy. As in the case of steam power plant the water is headed and converted in to steam (super headed) then it is allowed to expand in to a turbine. The turbine causes to rotate (turbo machine) at about 3600rpm. Hence the Turbine becomes a prime mover here, then the rotational movement (shaft) is connected with the generator/alternator in order to produce electricity according to Faraday's law.
Pressure Shaft is enclosed pipe/channel used to deliver/feed water to hydraulic turbines in respect of hydro power plant.
(Nuclear reactor) creates heat Water heated to create pressurised steam (Boiler) Pressurised steam released via turbine chamber (Steam Turbine) translating motion to turbine shaft. Turbine shaft windings rotate inside magnets to generate electricity (Generator)
Pressure Shaft is enclosed pipe/channel used to deliver/feed water to hydraulic turbines in respect of hydro power plant.
the purpose of drive shaft is to assist in the generation of electric power in the wind mill
A diesel powerplant uses the diesel power cycle for energy generation. A diesel power plant is one using a diesel engine to run a generator coupled to it. A generator produces power when it rotates.
As we are very clear about the Power generation, that is there must be a prime mover which can develop a mechanical energy from the natural sources of energy. As in the case of steam power plant the water is headed and converted in to steam (super headed) then it is allowed to expand in to a turbine. The turbine causes to rotate (turbo machine) at about 3600rpm. Hence the Turbine becomes a prime mover here, then the rotational movement (shaft) is connected with the generator/alternator in order to produce electricity according to Faraday's law.
They connect a power plant to a running gear plant to make a machine propel.
converts the rotation of the steam turbine shaft to electricity. same as in a coal fired plant.
Because the gearbox turns it
Pressure Shaft is enclosed pipe/channel used to deliver/feed water to hydraulic turbines in respect of hydro power plant.
ALL Stihl straight shaft trimmers rotate counter clockwise. ALL Stihl curved shaft trimmers rotate clockwise. This info is found on the Stihl FAQ page.
To rotate the shaft and torqued the vehicle
It's basically a differential... there are outputs to each drive axle. In normal operation, it's unlocked, and it allows each output shaft to rotate at a different speed. This is critical if you have tires on one axle more worn than the other. When locked, each output shaft is locked in to rotate at a matching speed.
A gear which causes the transmission output shaft to rotate at a higher speed than the transmission input shaft.
In current power plants, the same as coal or gas, the heat is used to boil water inside of a 'pressure vessel'. The steam from the boiling water passes through a turbine, which causes a shaft to rotate. The shaft is also connected to a generator which generates the electricity.