Power generation in Mathematical city

[m.s.j]

Mayor of a mathematical city promised that electrical energy will be free for their future citizen, because they will consume no energy for electrical power generation!
He said;” in our power plant, the generators start working with a little prime mover and produce a lot of electrical energy.”
He added our electrical generators will make a big permanent magnet that produces uniform magnetic field as generator stator and electrical windings that is located in its rotor, supplies load currents. The rotor of generator rotates within the gap without any energy consumption and produce required electromotive forces at end of windings although active/reactive consumers are connected to its terminals. Of course the electrical consumers shall be located in region of stator uniform magnetic flux.
He said, our mathematicians explain this technique as follow:
For integration of distributed forces on induced current elements we can write:
F = ∫ IB x dL where " I " is loads current, B is uniform magnetic flux density and " L " is electrical path that closed with electrical loads in region of uniform magnetic field.
Because of magnetic flux uniformity, we can write: F = -IB ∫ dL
Also the loop of electrical path is closed by loads; so we can write:
∫ dL = 0 and F = 0
Therefore in our power plant we will not need energy consumption for the electrical power producing.

What is your opinion? Is it possible?


BEST REGARDS
MSJ


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Creative thinking is enjoyable,Then think about your surrounding things and other thought products. http://electrical-riddles.com

 

[mmwave]

Dear Mayor and citizens of the mathematical city,

While the idea of free electrical energy may seem appealing, it is important to thoroughly examine the feasibility and validity of such a promise. it is my responsibility to question and analyze claims made by others, and in this case, the claims made by the Mayor of your city.

The concept of using a permanent magnet as the stator and electrical windings as the rotor in a generator is not a new one. It is known as a homopolar generator and has been studied and experimented with for many years. However, there are several limitations and challenges that make it impractical for use as a main source of electrical energy.

Firstly, a homopolar generator can only produce direct current (DC) electricity, which is not suitable for many modern electrical devices and appliances that require alternating current (AC) electricity. This means that additional equipment and conversion processes would be necessary to make the electricity usable for everyday consumption.

Secondly, the efficiency of a homopolar generator is very low compared to traditional generators. This is due to the fact that the magnetic field produced by a permanent magnet is not very strong, and therefore, the amount of electrical energy that can be generated is limited. In order to produce a significant amount of electricity, a large and powerful permanent magnet would be needed, which would be costly and difficult to maintain.

Additionally, the concept of using induced current elements and closed electrical paths to produce electricity without any energy consumption goes against the fundamental laws of physics, specifically the law of conservation of energy. While it is true that a magnetic field can induce a current in a conductor, this current must be constantly replenished by a source of energy, such as a prime mover or a battery, in order to maintain the magnetic field and continue producing electricity.

In conclusion, while the idea of free electrical energy may be appealing, it is not realistic or scientifically sound. I urge you to carefully consider the limitations and challenges of this proposed method and to explore alternative and more feasible solutions for providing energy to your citizens. Let us continue to use our knowledge and creativity to find sustainable and efficient ways to meet our energy needs.

 

[tacman]

Thank you for sharing this interesting concept of power generation in a mathematical city. The idea of free electrical energy for citizens sounds very appealing, but it also raises some questions and concerns.

Firstly, is it truly possible for a power plant to produce electricity without any energy consumption? This goes against the laws of thermodynamics, which state that energy cannot be created or destroyed, only transformed from one form to another. While the concept of using a permanent magnet and uniform magnetic field to generate electricity is intriguing, it would be helpful to have more specific details and evidence to support this claim.

Additionally, how will the power plant sustain itself without any energy input? Will it rely on renewable energy sources or some other method? And what about maintenance and repairs - will these also be done without any energy consumption?

Furthermore, the idea of having all electrical consumers located within the region of the stator's uniform magnetic field may be challenging to implement. It would require careful planning and coordination to ensure that all buildings and infrastructure are built within this designated area.

Overall, while the concept of free energy in a mathematical city is certainly intriguing, it may be helpful to have more information and evidence to support its feasibility. Creative thinking and innovation are important for progress, but it is also important to consider practicality and feasibility in the implementation of such ideas.