You compare the btu input with the btu output. Divide the input into the output and that will give you the efficiency. With multiple extraction you will have to add all the uses.
For example 100 million btuh input, with all sources of output having 82 million btuh-
divide 100 into 82, for .82, or 82% efficiency.
A droop in a steam turbine refers to a decrease in the output frequency of the turbine generator system as the load increases. This phenomenon occurs due to the inherent characteristics of the steam turbine's governor control system, which allows for a slight reduction in speed to maintain stability and respond to changes in demand. The droop setting is crucial for ensuring proper load sharing among multiple generators in a grid. It helps prevent overloading and potential damage to the turbine while maintaining overall system reliability.
in a radial flow turbine the steam enters the turbine in the direction of its radius and leaves it in the direction of the axis of the shaft. in a axial flow turbine the steam enters the turbine in the direction of the axis of the shaft and leaves the turbine in the same direction.
Turbine is the correct spelling.
The Kaplan turbine is a newer, more revolutionary version of the Francis turbine, which came before it. The draft tube is used so that the turbine does not need to be where the water flow is lowest.
1 Pelton Turbine 2 Kaplan Turbine 3 Francis Turbine 4 Propeller Turbine 5 Tubular Turbine
Why extractions are taken out from steam turbine.
The extraction of steam can either be controlled or uncontrolled. In an uncontrolled extraction the pressure of the extracted steam will decrease with an increase in extraction flow from the turbine. In a controlled extraction the extraction pressure is kept constant as extraction flow is increased or decreased.
bleed is amount of steam output from turbine through pipe and exit from final stage of turbine . this bleed enter to feed water heater (low and high) and deaereator to increase unit efficiency or rather bleed is the amount of steam drained out of the steam turbine during the expansion of steam and this rejected heat energy is used to heat the feed water supplied to the boiler...........
The 3 bucket stages in a 110MW gas turbine are designed to efficiently extract energy from the high-pressure hot gas produced by combustion. By using 3 stages, the turbine can effectively expand the gas across multiple stages, thereby maximizing energy extraction and overall efficiency within the power plant. Additionally, the design may also optimize the velocity and pressure of the gas flow to ensure proper turbine performance at the specified power output level.
non-return valves of swing check type provided with a forced closing mechanism. They are installed in turbine extraction lines. The purpose of these valves is to prevent the back flow of heavy specific weight and low temperature steam to turbine during a turbine trip
steam turbine is multiple shaft euipment, to avoid the viberation of the shaft train runing, the multiple shaft need to be aligned within tolorance. usually, the rim and face run out checked is request.
The efficiency will decrease.Remeber the formula for effiency for a cycle:What we want over what we pay for. So,ηT=WT/QAWhereWT = Work done by the turbineQA = Heat taken from the hot reservoir
It depends on time and location. If you place your windmill on top of a hill, it will be the most efficient. But as for your question, its down to the matter of time. How long is the windmill going to be running for? If 2000Kw where used to produce a windmill.. and the windmill produced 1000Kw a year, it would make its effiency in 2 years. This is called pay back time! Hope this helps!!
HP Turbine is High Performance Turbine LP Turbine is Low Performance Turbine
A droop in a steam turbine refers to a decrease in the output frequency of the turbine generator system as the load increases. This phenomenon occurs due to the inherent characteristics of the steam turbine's governor control system, which allows for a slight reduction in speed to maintain stability and respond to changes in demand. The droop setting is crucial for ensuring proper load sharing among multiple generators in a grid. It helps prevent overloading and potential damage to the turbine while maintaining overall system reliability.
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Turbine is not a change, a turbine is a mechanical device.