Optimization of windmill power with use of gears

AI Thread Summary
The discussion focuses on optimizing windmill power through gear ratios to achieve a voltage of 5 for at least 2 seconds. The student has determined the optimal blade angle and type but is struggling with selecting the right gear ratio among 3:1, 1:1, and 1:3. The key to finding the optimal gear ratio lies in matching the expected RPM of the blades to the desired RPM of the generator, ideally at peak efficiency. Understanding the generator specifications is crucial for this alignment. Proper gear ratio selection will enhance the windmill's overall performance and efficiency.
tmahon2
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Okay so I'm a freshman BE student and one of our first projects is designing a windmill that can produce a voltage of 5 for 2 seconds or longer. We are having trouble find the optimal gear ratio though: Our options are 3:1, 1:1, and 1:3. So far we've figured out the optimal angle of the blades as well as the number and type blade. Any tips? Help? Anything?
 
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The optimal gear ratio depends on the generator specs and the expected RPM of the blades.
Find the gear ratio that matches the expected RPM of the blades to the RPM you want your generator to spin at (maybe it's peak efficiency rpm?)
 

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