Question

You are designing a wind turbine is delivering a mechanical power 250 kW at 45 r/min to a gearbox with an output speed of 1600 r/min. Solid steel shafts are available with recommended maximum stresses of 55 MPa. The gearbox efficiency at rated conditions is 0.94 and the generator efficiency is 0.93. a) Determine the necessary low and high shafts diameters. b) How many gear stages are required in the transmission? c) Find the generator output power.

Name: you are designing a wind turbine is delivering a mechanical power 250 kw at 45 rmin to a gearbox with an output speed of 1600 rmin solid steel shafts are available with recommended maximum s 57918
Uploaded: 2024-03-27T01:56:42-08:00
Duration: 2 min 28 s
Channel: Penny Riley
Description: you are designing a wind turbine is delivering a mechanical power 250 kw at 45 rmin to a gearbox with an output speed of 1600 rmin solid steel shafts are available with recommended maximum s 57918

          You are designing a wind turbine is delivering a mechanical power 250 kW at 45 r/min to a gearbox with an output speed of 1600 r/min. Solid steel shafts are available with recommended maximum stresses of 55 MPa. The gearbox efficiency at rated conditions is 0.94 and the generator efficiency is 0.93.
a) Determine the necessary low and high shafts diameters.
b) How many gear stages are required in the transmission?
c) Find the generator output power.

you are designing a wind turbine is delivering a mechanical power 250 kw at 45 rmin to a gearbox with an output speed of 1600 rmin solid steel shafts are available with recommended maximum s 57918

Added by Nathan S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Penny Riley

03/27/2024

Step 1

** First, let's list the given parameters: * Input power to gearbox ($P_{in}$) = 250 kW = $250 \times 10^3$ W * Input speed to gearbox ($N_{in}$) = 45 r/min * Output speed from gearbox ($N_{out}$) = 1600 r/min * Maximum allowable shear stress Show more…

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You are designing a wind turbine is delivering a mechanical power 250 kW at 45 r/min to a gearbox with an output speed of 1600 r/min. Solid steel shafts are available with recommended maximum stresses of 55 MPa. The gearbox efficiency at rated conditions is 0.94 and the generator efficiency is 0.93. a) Determine the necessary low and high shafts diameters. b) How many gear stages are required in the transmission? c) Find the generator output power.