0
The turbines types are: Primary types: * Impulse
* Reaction By working fluid
* gas (turbine engines)
* steam * water (overshot and undershot) * tide
* air (compressed)
* wind (high and low solidarity)
Specialty types
* Transonic (gas flow exceeds sonic velocity) * Counter rotating * Statorless * Shrouded and shroudless
What else can I help you with?
Are Kraftwerk Union turbines impulse or reaction?
They are all reaction type. No inpulse stage is used in KWU turbines
Are all turbines powered by steam?
No, there are gas turbines powered by hot gas formed by the burning of kerosene (in aircraft engines) or by natural gas combustion for electrical generation. Gas turbines are also used in some naval ships. Then there are water turbines as used in hydro power. Also, wind can drive turbines.
How many tidal turbines are there in the world?
5698 but the are all in England
Where are all of the turbines?
Turbines range in size from the very small air driven turbines in dentists drills to massive units in power plants. The term includes windmills and jet engines, vacuum cleaners and kids' toys.
Is all electricity made in the same way?
No, it can be made by rotating machines or by solar panels. Rotating machines can be driven by engines or by the wind. Engines can be water turbines (hydroelectric), steam turbines (coal/oil), gas turbines or petrol or diesel.
What are some of the different designs of wind turbines?
country side wind turbines and modern turbines
How many turbines are in Ontario?
how many turbines are in Ontario
How much technology does it take to find wind turbines?
All it takes is the will to go out and look for them.
What do wind turbines hydroelectric dame and ethanol plants have in common?
they all help theearth
Do wind turbines generate electricity all the time?
Only while the blades are rotating.
How many penstocks supply water to the turbines?
ONLY 1 PENSTOCK that's all
Why do wind turbines not generate electricity all the time?
Wind turbines do not generate electricity all the time because wind is not constant. Variations in wind speed and direction affect the ability of the turbine blades to spin and generate electricity. When wind speeds are too low or too high, wind turbines may not be able to produce electricity efficiently.
