Much of the electricity generating machinery used today are made up of the petrol powered engine and the magnetic motor electric generator. In technical definition, it can interchangeably be referred depending on how it used. If it is being powered by an external mechanical source to produce electricity, then it is generating. But if it is powered by electricity to supply torque, then it is falls into the category of motors.
Electricity is generated in many different forms such as harnessing it from the sun with solar panels or through chemical solutions used in batteries. But the most common and stable manner of power generation is through the use of generators from hydroelectric sources or coal fired plants. It uses Michael Faradays law of induction of magnetism.
Basically, these mechanical electricity producers are made of three main parts. The rotor is the moving part which is directly connected via a shaft. The stator is the non moving part. And lastly, the commutator is made up of either brushes or split rings.
For high power necessities such as hydro-electricity generation, the ones used are not made of permanent magnets due the high cost and manufacturing difficulty in creating such magnets. Instead, they use a filed winding which is energized prior to its operation to create a magnetic-field simulating solid magnet fields. This is contrary on smaller scale use in household utilities.
These are ideal to tap power from natures occurring energy. Many enthusiasts have used these DIY projects to energize their electronic gadgets in remote areas. For example, an amateur astrologist wanted to study stars with his telescope in an area far from the metro where there is a high percentage of light pollution.
Since the invention of highly magnetism conducting materials such as neodymium and NIB alloys, there have been lots of improvements in the latest designs of magnetic motor electric generators. The efficiency of generation versus loss is high. So weather the generator is a small turbine for powering small gadgets or gas powered sets, you take the power created conversion from the last drop of fuel.
Electricity is generated in many different forms such as harnessing it from the sun with solar panels or through chemical solutions used in batteries. But the most common and stable manner of power generation is through the use of generators from hydroelectric sources or coal fired plants. It uses Michael Faradays law of induction of magnetism.
Basically, these mechanical electricity producers are made of three main parts. The rotor is the moving part which is directly connected via a shaft. The stator is the non moving part. And lastly, the commutator is made up of either brushes or split rings.
For high power necessities such as hydro-electricity generation, the ones used are not made of permanent magnets due the high cost and manufacturing difficulty in creating such magnets. Instead, they use a filed winding which is energized prior to its operation to create a magnetic-field simulating solid magnet fields. This is contrary on smaller scale use in household utilities.
These are ideal to tap power from natures occurring energy. Many enthusiasts have used these DIY projects to energize their electronic gadgets in remote areas. For example, an amateur astrologist wanted to study stars with his telescope in an area far from the metro where there is a high percentage of light pollution.
Since the invention of highly magnetism conducting materials such as neodymium and NIB alloys, there have been lots of improvements in the latest designs of magnetic motor electric generators. The efficiency of generation versus loss is high. So weather the generator is a small turbine for powering small gadgets or gas powered sets, you take the power created conversion from the last drop of fuel.
Engineering Materials For Efficient Magnetic Motor Electric Generator .
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