Thingiverse
This is another remix, and an ohmage, to an RMS wind turbine project. Robert actually started with a remix of an earlier project and I am continuing that trend. NOTE: This project is ongoing and there may be changes to parts before it is final! 2ND NOTE: There are three patterns included in the 3MF file of parts that don't require support. Print this plate FIRST and make adjust your XY hole and XY contour compensation factors to ensure you get a SNUG fit on the 22mm bearings (first) and that the rotor shaft and turbine column will index smoothly with VERY LITTLE slip. The STL files are provided for each component, the 3MF files are split such that all parts that don't require support are in one project and the parts that require support are in the 2nd. Do NOT select Tree/Default for the supports unless you want to spend 1-2 hours separating supports from the parts. Key changes - I integrated a turbine base and electrical component housing component. The housing is intended to include ONLY the rectifier and a smoothing capacitor. All of the remaining generator components will be placed in a separate, shared housing. This permits the design to accommodate one or more turbine assemblies with heights that vary to your specifications. I changed to a rectangular 40x10x3mm N42 magnet to improve generator power and reduced the spacing between the magnets and the coil to approximately 3.5mm. Tphis mandated a rework of the coil stator and I took that opportunity to provide sufficient space for a 3-phase coil (as opposed to a single-phase coil) . I also changed to a 10mm indexed rotor shaft, from the 8mm smooth bore rotor, to simplify assembly. I am using 31 gauge enameled copper, rather than 32 gauge to reduce internal resistance. I will let you know how much wire will be required, but am targeting 50 watts per turbine assembly and 250 watts total (5 assemblies). I am reusing an component wiring board that I developed for the original Archimedes screw turbine.
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This is a study of Ugrinsky's wind turbine concept. I didn't found lots of detail about this concept but few sketches can be found and it was claimed as a lot more efficient compared to Savoniu's design. And actually, it is !
File types: STL STPLicence: Personal use only
ThingiverseFreeVertical Axis Wind Turbine VAWT A beautiful wind turbine (Ø245mm x 800mm). Intended for balcony and low windspeed use. Designed for my Ultimaker 2+ (max build volume, big nozzle, high printspeed).
File types: GCODE STL STPLicence: Personal use only
ThingiverseFreeNote - I am currently printing the pieces and assembling it over the next couple of days, so some parts are subject to change. Expect to see pictures soon!
File types: STLLicence: Personal use only
ThingiverseFreeThis is a scalable remix of Vertical Windmill Mk 2 by Miiiike. Here at Geek Media HQ our specific vicinity to vortex-producing nearby traffic and occasionally windy weather and the recently absurd comments by ignorant politicians have...
File types: STLLicence: Attribution
ThingiverseFreeThis is a scalable remix of Vertical Windmill Mk 2 by Miiiike. Here at Geek Media HQ our specific vicinity to vortex-producing nearby traffic and occasionally windy weather and the recently absurd comments by ignorant politicians have...
File types: STLLicence: Attribution
ThingiverseFreeDesigned for Ultimaker 2 with Olsson block or UM2+ (max build volume, big nozzle, high printspeed). New Generator here (work in Progress):
File types: STL
Here's my 'Mk2' Vertical Axis Wind Turbine (VAWT). I've always liked the lines of these, but they really caught my attention a few weeks ago when I realised that I couldn't explain how they work.
File types: SCAD STLLicence: Attribution
ThingiverseFreeFile types: F3D STEP STLLicence: Attribution
ThingiverseFreeMore efficiency (41-46%) than the Savonius turbine (10-20%) Low noise and simple design. Comparison Ugrinsky and Savonius wind turbines: This design is optimized for 3D printing. It allows you to increase the height of the turbines.
File types: STLLicence: Attribution
ThingiverseFreeVertical Axis Wind Turbine (VAWT) - LIFE-SIZE ALL U NEED TO KNOW ABOUT THIS MODEL:
File types: STEPLicence: Attribution
ThingiverseFreeLove the idea of Vertical Air Wind Turbines spinning away in my garden. But most designs are very basic with little to no flash. So I designed this one to be able to sit in a garden and give a bit more beauty even if it's not spinning.
File types: STLLicence: Attribution
ThingiverseFreeThis is a Darrieus wind generator, which optionally can be extended with Savonius blades to a hybrid rotor. The Savonius extension is very useful, since the Darrieus rotor has problems to start.
File types: STEP STLLicence: Attribution
ThingiverseFreethis is a 3d printable vawt i designed to test viability for a much bigger machine i intended to build, this model was as far along as i got, i was unable to manufacture a suitable axial flux coreless generator to test it output.
File types: STEP STLLicence: Attribution
ThingiverseFreeThis is the blade of a small Vertical Axis Wind Turbine. It is designed to be stacked in sets of 2+. It is a helical Darrieus constant torque design. It is not self starting. The airfoil is a NACA 0015 with zero angle of attack.
File types: SLDPRT STL
ThingiverseFreeVertical Axis Wind Turbine VAWT, small Ø133mm For smaller printers, a smaller version of " with a diameter of 130mm. there are two different wings, with 200mm and 133mm height.
File types: STLLicence: Personal use only
ThingiverseFreeThis is customizable and stackable Vertical Axis Wind Turbine. The provided files are just an example, you can customize most of its aspects and experiment with it.
File types: STLLicence: Attribution
ThingiverseFreeFile types: STLLicence: Personal use only
ThingiverseFreeHI, I have been working on a vertical wind turbine,i haven,t made this model yet,,for recharging deep cycle batteries,green energy.
File types: STLLicence: Attribution
ThingiverseFreeHey guys, This is Build-a-VAWT, update 2. It is certainly bigger, certainly badder, and now has parts supported with which to generate electricity, formally elevating it from "glorified wind spinner" to official wind turbine :) If you're...
File types: STLLicence: Personal use only
ThingiverseFreeThis is a fully parametric vertical axis twisted savonius type wind turbine inspired by these commercial turbines Settable parameters are *height*, *radius*, number of *segments*, *wing thickness*, *hub diameter*, hub *hole diameter* and...
File types: STLLicence: Attribution
ThingiverseFreeThis should print without supports as long as you can print 45 degree overhangs.The 8mm holes at the top and bottom are designed to fit a gear or pulley with a mating attachment. The center hole should fit an M6 all thread stud.
File types: STLLicence: Personal use only
ThingiverseFree//2024-09-19 WE HAVE BEGUN OUR KICKSTARTER PRELAUNCH WITH NEW COUNTER ROTATION PORTABLE WIND TURBINES SO IF YOU LIKE THIS SET FOLLOW THE PROJECT and if you want to take a look to the trailer Generator/DcMotor and bearings required for this...
File types: STLLicence: Personal use only
ThingiverseFreeThis is a fully parametric vertical axis twisted savonius type wind turbine inspired by these commercial turbines Settable parameters are height, radius, number of segments, wing thickness, hub hole diameter and base thickness.
File types: STLLicence: Attribution
ThingiverseFreeThe latest innovation in wind technology, the VisionAIR3 manages the perfect balance between strength and elegance, lightness and momentum.
File types: STLLicence: Attribution
ThingiverseFreehelix 3 blade wind turbine test concept model 600 mm high, 300 mm wide
File types: STLLicence: Attribution
ThingiverseFreeAdapter for the M8 straight threaded rod to an shimano dynamo hub. The spikes fit into the spoke holes.
File types: STLLicence: Attribution
ThingiverseFreeFile types: STLLicence: Personal use only
PrintablesFreeThese are the instructions: Print 1 of each part except for the blades tip x5 and lower half x5 and for the guides I chose to do x2 but more is better as this strengthens it.
Licence: Attribution
Creality CloudFreeFiner the layers the higher the pitch of the wizzzzzz. .16mm with a .4mm nozzles sounds great to me. Bearings will spin faster if you remove some of the grease.
File types: 3MFLicence: Personal use only
PrintablesFreeA "spin" on the traditional helical fidget spinners.
File types: STLLicence: Personal use only
PrintablesFreeFrustrated by glare on my RSA securid token's display, I made a stand for it where I could adjust the angle to eliminate the glare. It also makes a great fidget toy. I designed the model to be printed in multiple materials.
File types: 3MF BGCODE OBJ STLLicence: Attribution
PrintablesFreeWind turbine Here is a windmill for a planter. The rod used is 4mm in diameter. Good luck. Layer thickness 0.3 Hull thickness 0.6 Fill rate 30 Temperature of 220C ° printing Media Type all over...
File types: STLLicence: Personal use only
ThingiverseFreeThis is designed to be a wind-powered node for Meshcore/Meshtastic networks. Disclaimer: This design is still undergoing testing, and so far it has failed to charge itself reliably.
File types: STL STPLicence: Personal use only
ThingiverseFreeThis is a parametric helical rack gear model generated using an automated CAD system. Unlike fixed models, this rack is not a one-off design — it can be regenerated with different parameters.
File types: STEPLicence: Attribution
ThingiverseFreeSliSearch lists public model details and links to the original source. It does not host files or verify licences.
YouMagine
