Nice explanation! Wondering if any custom PCBs may help for any upcoming projects? Would love to sponsor and reach any YT collab together! (PCBWay zoey)
@FireStart2111 ай бұрын
The sizes of the coils and magnets are very disproportionate. The motion vector of the magnets must be perpendicular to the lines of the wire. That is, the inner and outer parts of the coils should not intersect with the magnets. Otherwise, there are a lot of losses. GL!
@jamesroganelectronics11 ай бұрын
Thank you for your advice, it makes a lot of sense. I’ll keep that in mind if I make any modifications to this design, or make another one!
@energyhack3538 Жыл бұрын
Great build!
@TonyFarley-gi2cv Жыл бұрын
Something I've noticed in technology most of the time before y'all put something out in the field in your designs or developments it's already took place before it has been installed so are you starting off with it already in a simulation participating in the ground from years behind me and you're also leaving a gap in the acknowledgment of when it started and what all it started through
@TonyFarley-gi2cv Жыл бұрын
You should know stability together you should know length of direction that pulls within itself there's no bond in the distance
@Dustmadeout Жыл бұрын
FOC when?
@adams333 Жыл бұрын
Nice work, thanks for sharing your design.
@liaminblue9984 Жыл бұрын
sick
@TheOne10525 Жыл бұрын
Hi there, im working on a small hydro power plant/unit, do you want to get in touch and help with designing the generator?! :)
@jamesroganelectronics Жыл бұрын
Hi, that sounds very interesting! My email is [email protected] if you would like to reach out
@Hilal-Yahya Жыл бұрын
Great explanation, totally killing it. Keep it up
@vienaxanh2306 Жыл бұрын
Congrats on a new producer👍👍
@chrisdarcy6508 Жыл бұрын
A fitting project to end a wonderful high school introduction to engineering. Best of luck, James.
@nestormarcelovenece5091 Жыл бұрын
Very interesting job,
@humbleopinion2722 Жыл бұрын
V. Cool
@DrLightMDDJ Жыл бұрын
What arrangement did you use for your bearings, specifically the thrust bearing(s) to support the vertical axis? What was the diameter of your vertical shaft?
@jamesroganelectronics Жыл бұрын
I just used one regular ball bearing I found on McMaster Carr (where I sourced the rest of the hardware). It was friction fit in place in the centre of the stator, nothing too fancy. I used an 8mm diameter shaft. At the ends of the rotors I used two 8mm flanges with little set screws to hold everything together.
@robertling9872 Жыл бұрын
Thanks for sharing your information and video.
@jamesroganelectronics Жыл бұрын
No worries!
@johndoe1778 Жыл бұрын
Awesome video bro nice work, could have would the coil a little more uniform though 🤣 was painful to watch the wires spaghetti all over the place by your fingers odd guidance
@jamesroganelectronics Жыл бұрын
Thanks 🙏! Submitting the project on time was a rush, so my winding mechanism was very sketchy lol. But I appreciate the feedback and will definitely think about the uniformity of the coils if I make a second version.
@johndoe1778 Жыл бұрын
@@jamesroganelectronics Goodluck man keep grinding ✌️
@rsskarthikeyanRtr Жыл бұрын
What is your coil size
@victoryfirst2878 Жыл бұрын
There is a trick to winding wire onto a bobbin. Use a drill motor with the wire spool about one foot plus a little and you will wind the wire neatly. Your method is a bit crude Sir. I like your logic and will try to make me one too. Happy Easter fella too.
@jamesroganelectronics Жыл бұрын
Haha yeah, it is very crude. Thanks for the info, and happy Easter!
@victoryfirst2878 Жыл бұрын
@@jamesroganelectronics Thanks for your video James. Look forward to see more with accurate information to use in the future. Good day fella too.
@HIGH_TECH_NEWS Жыл бұрын
You would get a higher output by making the coils width as large as the magnet and making one coil overlapping the other… Basically the coils widths must be faced to two magnets at same time to get the most of it… You may have concluded that your impedance output is higher than you imagined this is the main problem or limitation using air core generators! Keep up the good work
@HIGH_TECH_NEWS Жыл бұрын
The action is really when the magnet is over the copper and not when the magnet is in the area on the hole or the center of the coil… you consider the center of the coil when using a core… in your system you are basically cutting the magnetic fields with copper! Focus on that
@jamesroganelectronics Жыл бұрын
@@HIGH_TECH_NEWS I was under the impression that the EMF peaks were associated with magnets being in the centres of the coils because that logic aligned with the variables in Faraday's law, but I guess it makes sense that this is only true when using cores. Thanks for this information
@jamesroganelectronics Жыл бұрын
Thanks for the feedback! I do see how the machine could be a lot more efficient with wider coils.
@HIGH_TECH_NEWS Жыл бұрын
@@jamesroganelectronics yes 🙌 welcome my friend! You can overlap them and make the width like the magnet… I think you got it!! Hope to see your improvement!
@anocsalepo Жыл бұрын
Very good
@markrumrey790 Жыл бұрын
Very interesting and good luck with your project!!
Пікірлер
Muito bom
Nice explanation! Wondering if any custom PCBs may help for any upcoming projects? Would love to sponsor and reach any YT collab together! (PCBWay zoey)
The sizes of the coils and magnets are very disproportionate. The motion vector of the magnets must be perpendicular to the lines of the wire. That is, the inner and outer parts of the coils should not intersect with the magnets. Otherwise, there are a lot of losses. GL!
Thank you for your advice, it makes a lot of sense. I’ll keep that in mind if I make any modifications to this design, or make another one!
Great build!
Something I've noticed in technology most of the time before y'all put something out in the field in your designs or developments it's already took place before it has been installed so are you starting off with it already in a simulation participating in the ground from years behind me and you're also leaving a gap in the acknowledgment of when it started and what all it started through
You should know stability together you should know length of direction that pulls within itself there's no bond in the distance
FOC when?
Nice work, thanks for sharing your design.
sick
Hi there, im working on a small hydro power plant/unit, do you want to get in touch and help with designing the generator?! :)
Hi, that sounds very interesting! My email is [email protected] if you would like to reach out
Great explanation, totally killing it. Keep it up
Congrats on a new producer👍👍
A fitting project to end a wonderful high school introduction to engineering. Best of luck, James.
Very interesting job,
V. Cool
What arrangement did you use for your bearings, specifically the thrust bearing(s) to support the vertical axis? What was the diameter of your vertical shaft?
I just used one regular ball bearing I found on McMaster Carr (where I sourced the rest of the hardware). It was friction fit in place in the centre of the stator, nothing too fancy. I used an 8mm diameter shaft. At the ends of the rotors I used two 8mm flanges with little set screws to hold everything together.
Thanks for sharing your information and video.
No worries!
Awesome video bro nice work, could have would the coil a little more uniform though 🤣 was painful to watch the wires spaghetti all over the place by your fingers odd guidance
Thanks 🙏! Submitting the project on time was a rush, so my winding mechanism was very sketchy lol. But I appreciate the feedback and will definitely think about the uniformity of the coils if I make a second version.
@@jamesroganelectronics Goodluck man keep grinding ✌️
What is your coil size
There is a trick to winding wire onto a bobbin. Use a drill motor with the wire spool about one foot plus a little and you will wind the wire neatly. Your method is a bit crude Sir. I like your logic and will try to make me one too. Happy Easter fella too.
Haha yeah, it is very crude. Thanks for the info, and happy Easter!
@@jamesroganelectronics Thanks for your video James. Look forward to see more with accurate information to use in the future. Good day fella too.
You would get a higher output by making the coils width as large as the magnet and making one coil overlapping the other… Basically the coils widths must be faced to two magnets at same time to get the most of it… You may have concluded that your impedance output is higher than you imagined this is the main problem or limitation using air core generators! Keep up the good work
The action is really when the magnet is over the copper and not when the magnet is in the area on the hole or the center of the coil… you consider the center of the coil when using a core… in your system you are basically cutting the magnetic fields with copper! Focus on that
@@HIGH_TECH_NEWS I was under the impression that the EMF peaks were associated with magnets being in the centres of the coils because that logic aligned with the variables in Faraday's law, but I guess it makes sense that this is only true when using cores. Thanks for this information
Thanks for the feedback! I do see how the machine could be a lot more efficient with wider coils.
@@jamesroganelectronics yes 🙌 welcome my friend! You can overlap them and make the width like the magnet… I think you got it!! Hope to see your improvement!
Very good
Very interesting and good luck with your project!!
ऊझठजछठज
दौलत चरण
super nice sir
Nice Tesla coil bro 😎
Your EE future awaits, sir.🔌
Great work
Thanks