subject: Sustainable Energy And Making Use Of Over Unity Magnetic Motors [print this page] The concept of infinite magnetic motors has existed for the prior century. It is well known that electrical motors derive their power from a kind of magnetism that arises between the rotor and the stator. Interest in this phenomenon has led to many cutting edge thinkers to analyze the chance of using magnets as the driver in an incredibly efficient motor. In reality while the issue is argued even in the alternative energy arena, some thinkers accept that they can use magnets to create perpetual energy. The significance behind this likelihood is gigantic. Discovery of such techniques would revolutionize the way humanity thinks about energy.
Magnets are already in common use in a selection of applications. Synchronous generators are the passage through which most electricity reaches consumers today. They convert the energy created by turbines in energy generation plants into electricity. Permanent magnet synchronous generators perform the same function but use permanent magnets to create the magnetic force that is otherwise created by the synchronous generator.
There are lots of advantages to using permanent magnets in these settings. They have demonstrated higher potency than the ordinary synchronous generators. Permanent magnets are far more stable and need little upkeep. They also are smaller and lighter than synchronous motor devices. Actually past uses of permanent magnet motors were limited to small applications because finding a magnet capable of maintaining a strong field was really difficult. The recent advent of neodymium magnets has removed many of these constraints.
There are some drawbacks in using these potent permanent magnets. The obstinate magnetic field around these magnets makes assembly and mend more dangerous jobs than they are when working with standard synchronous generators. Additionally, mining permanent magnet materials is not green.
Many pioneers want to go past these mundane uses of magnets. They want to create perpetual magnetic motors. Latterly, one Japanese inventor described a method he used to form an exceedingly efficient magnetic motor.
He places 2 electromagnet stators on opposite ends of a circular device. Within the circle he inserts a rotor with magnets imbedded in the arms. They're positioned at such an angle that they will not physically interfere with the electromagnets as they spin. The sole energy the device needs is a small amount of electricity to power the electromagnets.
This device is already in use around the planet as the power source for air-con fans and CPU fans. The inventor alleges that larger versions of this device will act as infinite magnetic motors, producing rather more energy than they consume. This last claim has startled many critics, who point out this would violate all the known laws of physics.
This concept could be tricky for average folks to understand. They see power plants and think they're making energy there. The reality is that there are huge amounts of energy in the materials that these plants consume, for example oil or coal. Motors can only extract a certain proportion of this energy, while the rest is wasted. Those that accept the power of infinite magnetic motors suggest that these devices can basically derive more energy from such materials than already exists in them.
