My Wild Idea

[Draco Rylos]

Check out this picture, it is hard to describe. The magnets on the top and bottom support the shaft and flywheel, the two magnets on the sides above and below the vertical support magnets, support the shaft horizontally. I'm still trying to design the control hardware, but for the most part the drawing is pretty complete. The control circuit will read the speed from the marked RPM sensor and turn the power on long enough to keep the RPMs up. Anyone who wants all of the drawings of this idea, PM me, and I will send them to you. They are the different sections of the generator with all measurements.

[innovation_station]

looks simlar to my globe gen operates simlar humm have you built it?

[Draco Rylos]

I've been working on this idea for a long time. I haven't built a prototype unit yet, but I do want to. I started drawing this idea waaay back in the late 90s when I was in Community College. It has gone through a lot of changes since the original drawing. The drawing here is pretty much the final version of the drawing that I drew using the CAD program called DeltaCad.

[innovation_station]

i have use corel draw for my work as it can be put right in a laser ot can be converted to a cad or cnc mil or what ever corel is easy to use and works great i have decided to power mine with air and my turbine design but in my design i use a globe so i can take power from around 300 degrease of my globe and i have decided to use only a little steel in the construction to reduce backtorque and my globe flots traped between 4 ring magnets strongest on the bottom and weakest on the top it is all perment magnets and plastic and should be able to reach super high speeds with verry little in put

i have not compleatly built this yet tho but i will finish it soon

good luck on yours and if i can some how help i surly will

william

[Draco Rylos]

My generator is totally electric. I designed a simple relay switching circuit that would change the operation from external power to internal power. What would be good to measure the RPM of the flywheel so I can create the control circuit that would switch the power on and off to keep the flywheel at a steady speed? That is my holdup. I still have to design my control circuit so I can control the speed w/o being dependent on a steady flow of power to keep the flywheel at speed. I was also thinking of sealing the case and reducing the air pressure to a near vacuum. That way the air resistance would be down to a low level and that would allow the flywheel to remain at speed longer. I have changed my profile so if you want to IM me using Yahoo, 'cause I am on there most of the time.