MKIII 50 Watt 3d Printable Wind Turbine 3D Printer Model

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License: CC BY-NC-ND
File formats: zip,STL,pdf
Download type: zip
Size:323.9MB

The file 'MKIII 50 Watt 3d Printable Wind Turbine 3D Printer Model' is (zip,STL,pdf) file type, size is 323.9MB.

Summary

WARNING: The theoretical maximum power of this turbine is 50watt however, the stepper motor used as a generator has low efficiency with measured maximum power around 20watt. Please try different generators on this turbine and share your results with the others!

Support this project and ‘TIP THE DESIGNER’ the 3dPower Turbine is the columniation of 3 design iterations and many hundreds of hours & pounds worth of design, manufacture and testing. https://www.thingiverse.com/3dprintable1/about

This fully functional wind turbine has been specifically design to be manufactured, assembled and operated at home with its unique 3d printable design.

The turbine is optimised to produce a peak power output of 50 Watt and start with windspeed as low as 5m/s making it ideal for domestic applications and battery charging.

The turbine has been designed with a unique Passive Variable Pitch (PVP) design. The PVP maintains an optimum power output through control of the turbines rotational speed. Whilst optimising power output the PVP also protects the turbine from dangerous over speed conditions by limiting its maximum revolutions per minute in wind speeds greater than the design point.

The turbine has been designed with flexibility and growth in mind with provisioning for a bigger generator and blade without alteration to the turbine architecture and major structural components generating more power for less investment in the future.

The turbine components have been designed for Additive Layer Manufacturing (ALM) methods using PLA plastic and 95% of the components require no post processing as these parts do not require ‘print supports’ reducing material usage whilst improving the overall finish of the part. The turbines printed parts can be manufactured using less than 100 meters of plastic making the cost per watt of power extremely competitive.

00_PT_100_02_3dPowerTurbine.zip 62.6MB
3dprintable.STL 2.0MB
Assembly_Tools.zip 5.8MB
AS_1000_01_Tower_Assembly.zip 12.9MB
AS_2000_01_Structure_Assembly.zip 37.2MB
AS_3000_01_Rotor_Assembly.zip 141.8MB
AS_4000_01_Generator_Assembly.zip 19.7MB
AS_5000_01_Blade_Assembly.zip 37.7MB
AS_6000_01_Electronics_Assembly.zip 9.8MB
Explode_Assembly_Videos.zip 19.7MB
Print_Settings.pdf 278.0KB
PT_100_02_3dPower_Turbine_Drawings.pdf 2.8MB