As usual, I delivered an original mechanical setup that can be exploited and improved by those who want to generate electricity in small or large amounts. More power requires more powerful magnets and wider coil diameters. I do not like to handle the big ones and am always trying to combine small magnets to achieve bigger magnets strength. I would like to learn more about existing strategies used to combine magnets for the purpose of increasing strength. As you can see in this video clip, I added one additional magnet to each side of the six magnetic "goalposts." The two magnets that made up the original magnetic gap are restrained at the lower end by a few turns of copper wire. The added magnets are simply hanging above the copper wire by their own magnetic strengths. This trick can be used to increase the height of the gap. The gap will get taller to accommodate coils with wider diameters. However, the additional increase in height also makes the gap wider on top. Make sure that the plywood clip will not collapse inward by the addition of more magnets. I am sure that some of you will find better ways to built a magnetic "goalpost."
Thursday, February 21, 2013
HAITIAN ALTERNATOR1
HAITIAN ALTERNATOR1 Tube. Duration : 9.90 Mins.
As usual, I delivered an original mechanical setup that can be exploited and improved by those who want to generate electricity in small or large amounts. More power requires more powerful magnets and wider coil diameters. I do not like to handle the big ones and am always trying to combine small magnets to achieve bigger magnets strength. I would like to learn more about existing strategies used to combine magnets for the purpose of increasing strength. As you can see in this video clip, I added one additional magnet to each side of the six magnetic "goalposts." The two magnets that made up the original magnetic gap are restrained at the lower end by a few turns of copper wire. The added magnets are simply hanging above the copper wire by their own magnetic strengths. This trick can be used to increase the height of the gap. The gap will get taller to accommodate coils with wider diameters. However, the additional increase in height also makes the gap wider on top. Make sure that the plywood clip will not collapse inward by the addition of more magnets. I am sure that some of you will find better ways to built a magnetic "goalpost."
As usual, I delivered an original mechanical setup that can be exploited and improved by those who want to generate electricity in small or large amounts. More power requires more powerful magnets and wider coil diameters. I do not like to handle the big ones and am always trying to combine small magnets to achieve bigger magnets strength. I would like to learn more about existing strategies used to combine magnets for the purpose of increasing strength. As you can see in this video clip, I added one additional magnet to each side of the six magnetic "goalposts." The two magnets that made up the original magnetic gap are restrained at the lower end by a few turns of copper wire. The added magnets are simply hanging above the copper wire by their own magnetic strengths. This trick can be used to increase the height of the gap. The gap will get taller to accommodate coils with wider diameters. However, the additional increase in height also makes the gap wider on top. Make sure that the plywood clip will not collapse inward by the addition of more magnets. I am sure that some of you will find better ways to built a magnetic "goalpost."
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