I know a guy who claims to power his entire house with a Perendev motor driving an ordinary generator. I haven't seen it but I have no reason to doubt it.
I've personally messed with fixed neodimium magnets but without success. I'm fairly sure that I could make a perpetual motor but I don't have the machining facilities.
I have given some thought to this for a replacement to the combustion engine.
In my opinion your model, and what I have been brainstorming have to have some method to either neutralize polarity or reverse it once the polarity push has been achieved. You need either all push or a combination of alternated push then pull.
In theory a magnetic engine is the eternal motion machine. Once implused to start it would have to be neutralized or braked to ever shut down. Think what that would mean for small appliances like a refrigerator, or airconditioner. Anything that needs to run continuously could be created free of the need for electricity.
The idea is that the magnets are angled to repel the blades in whatever direction a wind turbine spins to generate power.
This was my first idea. I have since came up with a different idea for a magnetic powered dynamo.
I have no idea if it will work practically. But I think my idea could work.
Personally, I've always liked the idea of concentrated solar power combined with a sterling engine and used to generate power directly via a 3-phase generator while also storing excess heat energy (from the cold side) into a medium that might be accessed later either directly or via a secondary power generation method.
Here is a 2018 OSTI (DOE) assessment of this method of power generation which includes pros and cons and other useful information if one wanted to investigate further.
We don't teach common core engineering here.
Um. I haven't had coffee yet. Is this a joke? Some kind of AOC thing I missed?
Make it and find out.
Excuse my drawing haha.
Well... If your drawing capability is anywhere near your inventing capability, I'm gonna pass.
Oh Im sorry, I didnt know the requirement for having an idea was to be a great artist.
Well it helps... otherwise keep practicing drawing pretty flowers with a magnets on them. :d
I had reversed magnets on a roller-coaster track idea 30 years ago as a kid working at the Amusement Parks in Lake George.
The math checks out.
OK. I'll play along. You might as well start at the top. Practical wind energy has already been figured out, but it's a secret so far. https://www.jmccanneyscience.com/jmccwinggenfarmranchsubpage
I know a guy who claims to power his entire house with a Perendev motor driving an ordinary generator. I haven't seen it but I have no reason to doubt it.
https://www.youtube.com/watch?v=fqJDrFMqGlU
I've personally messed with fixed neodimium magnets but without success. I'm fairly sure that I could make a perpetual motor but I don't have the machining facilities.
I have given some thought to this for a replacement to the combustion engine.
In my opinion your model, and what I have been brainstorming have to have some method to either neutralize polarity or reverse it once the polarity push has been achieved. You need either all push or a combination of alternated push then pull.
In theory a magnetic engine is the eternal motion machine. Once implused to start it would have to be neutralized or braked to ever shut down. Think what that would mean for small appliances like a refrigerator, or airconditioner. Anything that needs to run continuously could be created free of the need for electricity.
The blades on a turbine aren’t ferrous. They are fiberglass.
The idea is that the magnets are angled to repel the blades in whatever direction a wind turbine spins to generate power. This was my first idea. I have since came up with a different idea for a magnetic powered dynamo.
I have no idea if it will work practically. But I think my idea could work.
Personally, I've always liked the idea of concentrated solar power combined with a sterling engine and used to generate power directly via a 3-phase generator while also storing excess heat energy (from the cold side) into a medium that might be accessed later either directly or via a secondary power generation method.
Here is a 2018 OSTI (DOE) assessment of this method of power generation which includes pros and cons and other useful information if one wanted to investigate further.
In your design, will the turbine blades be pushed up or down? And why?