Self propelling electromagnetic generator

In summary, the conversation discussed the concept of a self-propelling electromagnetic generator and whether it is a viable way of producing power. The design of the generator includes rare Earth magnets and electromagnets, and the idea of adjustable electromagnets was proposed as a solution to increase power production. However, it was mentioned that free energy is impossible due to the second law of thermodynamics.
  • #1
chowdan
1
0
Hi everyone, i am new here.

I have been doing some research on a self propelling electromagnetic generator. I am a bit confused on why they don't work and was hoping to have some input on some of my ideas.

So the normal electromagnetic generator has a wheel with rare Earth magnets while the electromagnets are what spins that wheel. I've talked with a few friends about the whole "Magniwork" design. They are in their final year of college for their degrees in electrical engineering. THey said that it won't work because magnetic friction in the coils that fight the rotor as it turns(which is why generators bog and rev up when a big load is put on them).

So that being said, with the design the same but why can't you have adjustable electromagnets? When you put more electricity into the electromagnet the stronger the magnetic field becomes, producing the rotor to spin faster creating more power(without a load) or when their is a load if you divert enough power the the electromagnets you will be able to keep the wheel spinning producing power.

Is this a possible way of producing power? If Nikola Tesla developed a way to create power from cosmic rays and transmit electricity hundreds of miles away with the LACK of technology they we must be able to find a solution to power a house without burning fossil fuels and producing free engery
 
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  • #2
Free energy is impossible because of the second law of thermodynamics.
 
  • #3
...and the first!
 

1. What is a self-propelling electromagnetic generator?

A self-propelling electromagnetic generator is a device that uses electromagnetic induction to generate electricity and then uses that electricity to power itself. Unlike traditional generators, which require an external power source to operate, a self-propelling electromagnetic generator is able to produce its own power without the need for any external input.

2. How does a self-propelling electromagnetic generator work?

A self-propelling electromagnetic generator works by utilizing the principle of electromagnetic induction. It consists of a coil of wire, called the stator, and a magnet, called the rotor. When the rotor is spun, it creates a changing magnetic field, which induces an electric current in the stator. This current is then used to power the generator, which in turn powers the rotor to continue spinning, creating a self-sustaining cycle.

3. What are the potential benefits of a self-propelling electromagnetic generator?

The potential benefits of a self-propelling electromagnetic generator include increased energy efficiency, reduced reliance on external power sources, and potential cost savings in the long run. It could also potentially be used in remote or off-grid locations where access to traditional power sources is limited.

4. Are there any limitations or challenges to using a self-propelling electromagnetic generator?

One of the main limitations of a self-propelling electromagnetic generator is its relatively low power output compared to traditional generators. This means that it may not be suitable for powering large-scale devices or buildings. Additionally, the initial cost of creating a self-propelling electromagnetic generator may be higher than traditional generators, and further research and development is needed to improve its efficiency and reliability.

5. What are some potential applications for a self-propelling electromagnetic generator?

A self-propelling electromagnetic generator has the potential to be used in a variety of applications. It could be used as a backup power source for small devices, such as smartphones or laptops, or as a primary power source for smaller household appliances. It could also potentially be used in the automotive industry to power electric vehicles or in renewable energy systems to generate clean and sustainable electricity.

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