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- เผยแพร่เมื่อ 7 ต.ค. 2024
- Here you can see the material used (affiliate links):
3D Printing Filament: amzn.to/3zQRvzX
Magnets: amzn.to/3QHmjZK
Supercapacitor: amzn.to/3ybKW9Z
Copper wire: amzn.to/3QBWU3H
PVC pipe: amzn.to/3HIwfOB
Osziloscope: amzn.to/3zTOajy
In this viedeo I build a pneumatically driven linear generator. You could blow the exhaust air from pneumatic systems into a generator. This would recover some energy. Compressed air is expensive.
The pneumatic linear generator is not fully developed. Some problems have been encountered. One of the main problems is the precision of a 3D printer.
I have built 2 versions. You can download all 3D printed parts. 20mm PVC pipes were used. The magnets have a diameter of 15mm.
If you want to support me and my work. Thank you very much: paypal.me/Frae...
Thingiverse: www.thingivers...
Prusarprinters: www.prusaprint...
You did some excellent work here Sir !
Beautiful project my man. Thank you for posting this.
I'm glad you like it.
Interresantes projekt und animationen sehr gut gelungen mit den verschiedenen zeichnungen im Hintergrund. Generell sehr gelunge videos.
Danke fürs Feedback!
Very innovative design and great work. Keep it up.
Thank you very much
You need more views! That is awesome content and deserves more subs....
Yes that is a good idea :-). but I'm happy with what I've achieved so far. I just keep going.
Very intelligent attempt. I would suggest some changes and dropping the reciprocating rods and air-in/air-out concepts. I would use magnets on a rotating axle only on one side pushing magnets at the end of the generator magnet rod and spring at the other end to ensure the reciprocating action. You may use air jet or small DC motor to rotate the magnet rod. That would simplify the whole thing. By the way, why not add more parallel coils on same surface area to maximize outputÉ Good luck,
Hello, these are very good ideas. If I continue this project, I will think about it more carefully.
Cool!
Top notch!
Thanks very much!
If you have a machine exhausting air after using compressed air to do work, and you connect this machine to the exhaust, you will have to increase the amount of compressed air going in to the original machine to do the same work. It works by the laws of physics. If you restrict the exhaust in anyway you lose some of the work done on the front end. It's the reason the high performance cars have open exhausts. It takes energy to get the air out.
On another thought I am intrigued by your design and the implementation of it.
Thank you for your input. Otherwise, I wouldn't be able to think of any real use cases.
saludos de argentina
Schöne Grüße aus Österreich
You have amazing engineering skills ! Where are you from ?
I am from Austria. I saw the linear generator video on your channel. That's a real generator. On the other hand, my little thing is a toy :-)
@@FraensEngineering you are 1st class engineer , we need yours contacts )) for offer
I could have just had you teach me Mechanical engineering, instead of paying a lot of money for university.
Thank you for these nice words. I've been working in this field for over 20 years. I've seen a thing or two there.
Just hodl it ;-)
You can do that also with the braking zone of a car with more coils and more magnets.
good idea
Also see th-cam.com/video/oq40SqxnDvM/w-d-xo.html
for more recovery enegy from multi magnets and coils
please see my patent US 8,513,824 B2 for vehicle suspension or tidal energy by buoyance.
Dear Fraens we liked to offer you freelance job , how we can contact you ?
What kind of job is it? Do you have a website?
I have a full-time job as a design engineer. This job gives me great pleasure. TH-cam is just a hobby of mine.
@@FraensEngineering this is freelance engineering job - optimizing construction . Pls write to mail - 1johnblacksmith@gmail.com
@@FraensEngineering it is exactly about design optimizing
What is the name of your company?
@@FraensEngineering Required to optimize some parts . TH-cam not allowed to insert name of site . I don’t know why . Line engines . Pls sent message to my email if you interested . Best regards !