24" (610mm) threaded rods were too long for the 26" (660mm) spacing due to the clearance of the generating equipment. Additional clearance was also desirable to avoid wind turbulence from nearby turbines. Turbulence was also one reason stations were not all arranged horizontally. To help with clearances the base was angled a approximately five degrees. This small change in angle allows all the stations to sit levelly while each axle will clear the next station. Another option would have been to cut down each threaded rod. Yet another option would have been to remove two of the stations. The test base was angled by twisting the small stabilizing post.
The structure was mounted on a balcony railing using U-bolts on the horizontal rail and bungee cord on the stabilizing post. Natural flexibility in the PVC and bungee cords allowed the structure to withstand strong gusts with no breaking or shifting. Proximity to a nearby tree may cause turbulence but all stations should experience similar turbulence. Testing under less-than-ideal conditions may also reveal a design most suited for implementation.
Files for Wind Generator Test Base:
The rest of the posts for this project have been arranged by date.
First time here?
Completed projects from year 1.
Completed projects from year 2.
Short clearance between stations
Stabilizing post parallel to the vertical test station structures
Stabilizing post twisted and resecured with a screw
Angled test stations
The structure was mounted on a balcony railing using U-bolts on the horizontal rail and bungee cord on the stabilizing post. Natural flexibility in the PVC and bungee cords allowed the structure to withstand strong gusts with no breaking or shifting. Proximity to a nearby tree may cause turbulence but all stations should experience similar turbulence. Testing under less-than-ideal conditions may also reveal a design most suited for implementation.
U-Bolts hold the structure horizontally
Bungee holding the stabilizing post vertically
Third floor view during the day
Files for Wind Generator Test Base:
- Arduino code
- STL model for bearing holder no longer used but maybe useful for someone
- STL model for 3/4" PVC bearing adapter
- STL model for pulley
- OpenSCAD code
Design electrical- Build electrical for controller
- Debug program
Make program publicTest for usability- Go to next phase and test turbine designs
The rest of the posts for this project have been arranged by date.
First time here?
Completed projects from year 1.
Completed projects from year 2.
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2015-05-17 (Su)
2015-05-17 (Su)
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