Bedini magnetic motor
- 14 years ago
List of tools & materials
The PMG functions well at low rotational speed. It works towards generating 180 watts at 420 rpm. This is equivalent to 15 amps at 12 volts.
The PMG can easily generate more power at higher speed. However, high currents can be a cause of heated coils which decreases the efficiency of the PMG. It would be great to change the stator coils for higher speed. These can be changed via utilizing different size wire or altering the way in which they are connected.
Usage of thicker wire is better for using PMG at higher speeds. Thicker wire is capable of carrying more current without getting excessively heater up.
The wire also results in fewer turns on the coils which indicate that the PMG will not function at low speed.
Changing the connections will let you utilize the same PMG for 10 was well as high speeds. These connections can be changed is two different ways. This is described in chapter 7.
The PMG functions well at low rotational speed. It works towards generating 180 watts at 420 rpm. This is equivalent to 15 amps at 12 volts.
The PMG can easily generate more power at higher speed. However, high currents can be a cause of heated coils which decreases the efficiency of the PMG. It would be great to change the stator coils for higher speed. These can be changed via utilizing different size wire or altering the way in which they are connected.
Usage of thicker wire is better for using PMG at higher speeds. Thicker wire is capable of carrying more current without getting excessively heater up.
The wire also results in fewer turns on the coils which indicate that the PMG will not function at low speed.
Changing the connections will let you utilize the same PMG for 10 was well as high speeds. These connections can be changed is two different ways. This is described in chapter 7.