Hardware needed for inserting in the device once it is 3d printed.
- The number of bearings that are needed for the device are 13 units
(8x22x7)
- The DC motor used is a Hilitand 31ZY 24V/3.500RPM permanent
magnet and there are 2 links where it can be found.
This Bi-Generator VAWT have simple printable parts and it is very easy to
assemble. In any case there is a bunch of 3d pics that helps visually step
by step to assemble all the components of the device. There is
a more detailed description link step by step available at instructables.
*SmallGearGeneratorShaftLinkerPerfectFit (There was an error in the diameter of the hole for the motor 31ZY shaft fit) It is fixed.
*It has been added options for a new dc motor Uxcell RF-500TB-ShaftLinker
*Another optional gearbox system with range 3x1 for less wind option making the load less despite less watts.
A new stl files has been updated with the name of ExtendExtensor.stl that consist of a turbine extension unit that can be linked with other extension units, so the turbine diameter can be extended more in case there is few wind available and you are using the 2 generators in the device.
Standard Tesselated Geometry -
45.59 kB -
10/15/2022 at 19:20
this is awesome! I just started on a steam engine generator, and opted for a stepper motor. But I can’t get 100w with it, that’s an awesome output - I think I’ll build one
this is awesome! I just started on a steam engine generator, and opted for a stepper motor. But I can’t get 100w with it, that’s an awesome output - I think I’ll build one