Analisa Ggl Induksi Berdasarkan Variasi Lilitan Pada Generator Magnet Permanen

A magnetic generator is a synchronous generator that uses permanent magnets to produce magnetic flux. It is generally used as an alternative power plant on a small scale. Permanent magnet generators have a high degree of efficiency because they do not produce excitation losses. In its manufacture, to increase the power, voltage and speed on a permanent magnet generator, you can do this only by changing parameters such as the number of windings, the number of windings, the number of magnets, the magnetic flux and the size of the wire diameter. Generator construction consists of stator components, rotor components, cooling components, static excitation system components and Insulated Phase Busduct (IPB). According to Faraday's law, the induction voltage in a coil will be generated when there is a change in magnetic flux in the coil. The number of windings on the stator greatly affects the induction voltage generated. If the number of windings applied to the stator coil is more and more, the greater the induction voltage will be. In the stator component, there is a winding / coil. Coil placement on the stator there is a slot. Slots are inversely proportional to windings, if you want to get a large generator output power, you do this by reducing the number of slots and increasing the number of winding