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Modular vertical wind turbine electricity generator a simple and economical project to produce energy at home

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14 files (STL) Close
  • Albero Base rotore.stl
  • Albero Terminal.stl
  • Albero Top.stl
  • Albero base.stl
  • Albero centrale 2 Pz.stl
  • Base statore ancoraggio.stl
  • Base statore coperchio 2.stl
  • Base o dinamo.stl
  • Bullone serraggio Albero.stl
  • Bullone serraggio Vela.stl
  • Dado serraggio vela albero.stl
  • Vela 180x100 6Pz.stl
  • Vela 180x200 6Pz.stl
  • coperchio per dinamo RS390 12VDC.stl

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Last update 2023-01-08 at 21:37
Publication date 2022-12-19 at 13:01
Design number 969308
mikifly10

mikifly10

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3D printer file info

3D model description

A simple and economical project to produce energy at home

Obtaining clean energy from wind power is currently considered a rapidly developing sector for the future.

Knowledge in this field will be essential to enhance a future job.

By arranging it in a place exposed to the wind (a small balcony, terrace, land... ...so on) you can simply obtain energy for a mobile phone, turn on the lights or by expanding the project with some electronic modules, expand the uses.

To complete the project you will need some non-printable, cheap and easy-to-find components. I have given a description, links and images below

Vertical modular wind generator printable in all mechanical parts can be assembled in three configurations.
All mast and sail parts are hand assembled with molded bolts and nuts.
The project is easy to print (no brim no ) ssembly of the parts

https://www.instagram.com/p/CmWvA7uNUXv/?igshid=YmMyMTA2M2Y=

Project parts description:

shaft :
rotor base,
anchor base,
Central module 2 pieces,
Top,
Terminal

the sails are arranged on 4 levels on 3 radial s with an angle of 120° degrees with a paraboloid curvature of torsion 18°- 9°

n.6 Sails mounted on central module mo
dules with vertical twist of 18 degrees size 180 x 200 mm

n.6 Sails mounted on top/base with 9 degrees vertical twist size 180 x 100 mm

wind generator overall height 90cm
Maximum width 40cm

Total area 330,000 mm" of the sails
Effective continuous surface of the sails 110,000mm"

Anchorage and conversion base

see pictures for assembling the molded parts with the 2 turntables, dynamo, pulley and bungee cord.

Technical data for making printable bolts and nuts:

40 bolts for fastening sails, (2 nuts and 2 bolts for each sail)
6 long bolts for tightening the entire shaft
hole diameter 10 mm
bolt diameter 9 mm
thread pitch 2 mm jump 1.2
gap between nut and bolt 0.4mm

with these links you can get what you need to complete the project with a few Euros

Non-printable parts recommended links:

N 2 rotating discs Lato 4 inch / 95 mm drilled Link

https://a.aliexpress.com/_EvML39Z

Bungee cord 250/300mm Link

https://a.aliexpress.com/_EJlQF9p

Dynamo RS390 V12DC an economical dynamo reversible motor Link
(all DC motors are dynamo reversible)

https://a.aliexpress.com/_EQFeb8f

10mm Link 2.3mm Axle Pulley

https://a.aliexpress.com/_EvzABKL

12 Volt voltage regulator

https://a.aliexpress.com/_Eyk9pBz

12Volt accumulator

Battery pack 12volt

3D printing settings

Raccomandated PLA+
Tmperature 210° degree
No brim
No

Categories

Machine tools

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