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How does an airplane

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engine power an

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industrial plant?

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An aeroderivative

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turbine is born from

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a jet engine.

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But on the ground,

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instead of pushing a

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plane,

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it spins a generator.

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The compressor pulls

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in air and squeezes

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it up to 30

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times.

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In the combustion

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chamber,

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that air mixes with

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natural gas and burns

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at more than 1,000

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degrees.

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The hot gases expand

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through the turbine.

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One part drives the

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compressor and the

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rest is power on

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the shaft.

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And here comes a

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key part,

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the gearbox.

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A small turbine spins

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at more than 14,000

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revolutions per

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minute,

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but the generator

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needs 1,800.

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The reduction gearbox

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lowers the speed and

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raises the torque.

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With four poles,

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1,800 revolutions give

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60 hertz.

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Large aeroderivatives

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like the LM6000

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already spin at 3,600

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and drive a two-pole

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generator directly

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with no gearbox.

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The microturbine does

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not use one either.

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Its magnet generator

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spins at 96,000

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revolutions,

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and power electronics

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deliver it at 60

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hertz.

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If any part of

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the train fails,

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there is no power.

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At TEMISA Power Gen,

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we diagnose,

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repair,

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and test turbine

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generators.

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Get a quote at

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temisapowergen.mx