https://proofoffreeenergyinmagnets.blogspot.com/

Abay Electric Motor Proves Extra-Free Energy in Magnets, KOCAELİ/ve Istanbul, Istanbul (2026)

02/07/2024

LET'S PROVE THE EXTRA ENERGY THAT CAN BE RELEASED FROM MAGNETS

A limited amount of extra energy can be obtained from magnets. This energy is not infinite, and the same amount of loss occurs within the magnet. ABAY type electric motor and COIL-MAGNET SYSTEM, which works with the same physical rules, can prove this by creating more energy than the given electrical energy.

LET'S PROVE THE EXTRA ENERGY THAT CAN BE RELEASED FROM MAGNETS, WHICH IS ACTUALLY BELIEVED BY MANY ENGINEERS, INVENTORS AND SCIENTISTS, BUT HAS BEEN LIMITED ONLY TO FAKE VIDEOS AND NON-WORKING MACHINES AND CANNOT BE PROVEN, AN EXPERIMENT THAT ALMOST EVERYONE CAN DO. LET'S SEE AND PROVE IT WITH MEASUREMENTS WITH AN EXPERIMENT SETUP THAT ALMOST EVERYONE CAN DO OR WITH ABAY ELECTRIC MOTOR AND LETS TEST THE EFFICIENCY OF THE MOTOR TOGETHER. A limited amount of extra energy can be taken from the magnets, and the same amount of energy is lost within the magnet. I have been working on electricity, machinery, mechatronics and design for nearly 30 years. The experiment conducted with the ABAY type electric motor, which is the product of more than 10 years of work, and the COIL-MAGNET SYSTEM, which deals with a part of the movement in the motor, can prove that a little extra energy can be gained from magnets by showing that more electrical energy is released than the given electrical energy. IN THE FIRST MEASUREMENTS OF THE ABAY MOTOR WITH CURRENT DEVICES IN TWO SEPARATE ELECTRIC MOTOR PRODUCTION COMPANIES (details can be shared..), NO MISTAKE HAS BEEN FOUND IN THE MEASUREMENT METHOD AND MEASUREMENT RESULTS, BUT THERE IS NO DEVELOPMENT ON REPEATING AND CONFIRMING THE MEASUREMENTS WITH DIFFERENT DEVICES AND NO STEP HAS BEEN TAKEN. THIS PAGE IS A CALL FOR SUPPORT AND HELP IN REPAIRING THE EXPERIMENTS AND MEASUREMENTS TOGETHER AND CONFIRMING THE RESULTS, AND IN MAKING THE UPPER , MORE EFFICIENT MOTOR VERSION, WHICH HAS COMPLETED ENGINE AND DESIGN, BUT IS MORE DIFFICULT TO BUILD, AND ADAPT IT TO THE INDUSTRIAL.

02/06/2024

Part 3: LET'S PROVE THAT EXTRA ENERGY CAN BE OBTAINED FROM MAGNETS BY ADDING THE MOTOR LOSSES

Purpose of the 3rd Video / CHAPTER 3: As explained in the 1st Chapter, Abay type electric motor shows 94-95% efficiency values with its different winding technique even its non-ferrous coreless model, which is the most efficient motor class in the world, IE5 Ultra Premium 2 horsepower motors. It has reached or even slightly exceeded the highest efficiency value of 93%. One of the biggest reasons for its high efficiency value is that it uses high-power, very large-sized permanent magnets. During the interaction of permanent magnets and electromagnets in the electric motor, a small amount of magnetic energy is released from the magnets. Since this ratio is higher in this motor, when the net motor efficiency and losses are added up, more energy is released than the total electrical energy supplied, proving this. Similar results were found in measurements repeated hundreds of times. I will also try to resolve the question marks about the existence of magnetic energy obtained from the magnets in the heads by sharing a second method, which I found later, which anyone with intermediate electronics knowledge can do at home with an oscilloscope and a coil-magnet setup, in the videos in the next Chapter 4. The blog page containing sections and details from the article I prepared on this subject can be accessed from the link. https://www.blogger.com/profile/11485463974354441270

Here, in the 3. chapter, sample motor efficiency loss measurements were made live as evidence, while the loss measurement technique was explained and it was revealed that a little extra magnetic energy was released from the permanent magnets along with the losses.

02/06/2024

Part 2: Let's see that ABAY ELECTRIC MOTOR is one of the MOST EFFICIENT in the WORLD (IE5 CLASS)

Purpose of the 2nd Video/Part 2: The Abay type electric motor can make both axial and radial magnetic interactions at the same time in a single winding with a different winding technique. As can be understood from the Turkish Patent Institute examination reports, it is unique in the world in this form. With this different winding technique, it has reached and even slightly exceeded the 93% efficiency value, which is the highest value in IE5 Ultra Premium 2 horsepower motors, which is the most efficient motor class in the world, by showing 94-95% efficiency values even with its iron-free coreless model. However, it is predicted that these efficiency values will increase even more when the upper model with an iron-containing core is made, which is understood to be possible in an industrial environment.

Here, in Chapter 2, sample motor efficiency measurements were made live as evidence and the efficiency measurement technique was explained.

02/06/2024

Part 1: ABAY ELECTRIC MOTOR is only one with AXIAL and RADIAL INTERACTION at the SAME TIME

Purpose of the 1st Video/Part 1: Abay type electric motor, which is at the prototype stage and will be placed in a single body by reducing its dimensions by almost half due to the removal of unused spaces in the industrial type can interact with axial and radial magnetic interaction in a single winding with a different winding technique that completely surrounds the rotor. As can be understood from the Turkish Patent Institute examination reports, it is unique in the world with this form. With this different winding technique, it has reached and even slightly exceeded the 93% efficiency value, which is the highest value in IE5 Ultra Premium 2 horsepower motors, which is the most efficient motor class in the world, by showing 94-95% efficiency values even with its iron-free coreless model. However, it is predicted that these efficiency values will increase even more when the upper model with an iron-containing core is made, which is understood to be possible with an industrial environment. Since the motor's driver circuit and power supply are not suitable, high power measurements have not been made yet, but the motor is capable of producing more than 5-6 Kilowatts of power in its current state. Models of the motor that produce much higher power can be produced by making models with thicker windings and stronger magnets. For high power values, higher efficiency results are expected compared to low powers, as seen in practice in other motors.
Here, in Chapter 1, this motor with multiple stators and rotors and the additional equipment used for measuring efficiency values are explained.

31/05/2024

VIDEO 4: (Detailed) YOU CAN PROVE WITH THE SHORTEST AND DEFINITIVE WAY THAT EXTRA ENERGY CAN BE OBTAINED FROM MAGNETS BY DOING THIS EXPERIMENT
An electric current was given to the coil winding for a certain short period of time, which was exactly the same as the working mechanism of the electric motor, and it was allowed to attract the permanent magnet opposite it, and then the total energies given and gained during this period were tried to be compared. During the movement between the coil winding and the permanent magnet, we tried to see whether any extra magnetic energy was released by comparing the Electrical Energy Given to the Coil Winding and the total gained (Coil Heat losses + Kinetic Energy + Potential Energy) until the moment the magnet touched to the coil winding. CONCLUSION: THE KINETIC ENERGY GAINED BY THE PERMANENT MAGNET IS MORE THAN THE ELECTRIC ENERGY GIVEN BY COLLECTING THE POTENTIAL ENERGY AND THE HEAT ENERGY RESULTING FROM THE CURRENT PASSING THROUGH THE COIL WINDING, AND THE SOURCE OF THIS EXTRA ENERGY IS THE PERMANENT MAGNET. WE HAVE SEEN IT. IN SUMMARY, AS A RESULT OF THE EXPERIMENT, IT CAN BE OBSERVED THAT AN ADDITIONAL MAGNETIC ENERGY IS RELEASED DURING THE MOVEMENT OF THE PERMANENT MAGNET-COIL WINDING AND THEREFORE, AN EQUAL AMOUNT OF ENERGY IS LOSSED IN THE PATHWAYS OF THE PERMANENT MAGNET THAT CREATE MAGNETIC ENERGY. IT IS UNDERSTANDING THAT THE BUILDING HAS BEEN VISITED.

Summary of the Experiment:

We have seen through efficiency and loss measurements, as shown in previous videos, that we can gain a little extra magnetic energy from permanent magnets with our electric motor with a different design. In this section, by preparing a mechanism that represents almost the same movement as in the electric motor, that is, with a permanent magnet on one side and a coil winding on the other, we can test whether extra magnetic energy is released in a time limited by the switch, which represents one of the equal parts of the electric motor movement period, with a simpler experiment. We tried to see it again. Using the mathematical integration process on the oscilloscope in the power wave occurring against time, we found the electrical energy spent for heat in the coil winding and therefore the heat energy we gained.

To calculate the potential energy we gained, we first measured the weight of the magnet in kg and then measured the height difference between the first position and the final position and used these values in the formula Potential energy = mass (kg) x height (meter) x g (gravitational acceleration = 9.81). To calculate the kinetic energy gained by the magnet, we used a mechanism consisting of an oscilloscope, an additional mini coil winding and a simple switch, and we found the final speed of the permanent magnet by using the oscilloscope and substituted it into the formula Kinetic energy = 1/2 mV2.

In order to find the net additional magnetic energy we gain from the magnet; We subtracted the Electrical Energy Spent in the coil winding from the Total Energy Gained (Coil Heat Loss Energy + Final Potential Energy of the Magnet + Final Kinetic Energy of the Magnet). In these calculations, which were made many times with different coil windings and magnets, of which we give only an example here, we saw positive values as a result, and this time we proved with a different method that we can gain additional magnetic energy, albeit slightly, from permanent magnets.

As seen in the Abay type electric motor measurements shown in the previous videos, the only source of extra energy is the permanent magnet and the pathways that provide the magnetic atraction, repulsion force in the magnet. It can be concluded that an energy equal to the additional magnetic energy that seems to be transferred to the out and details from the article I prepared on this subject can be accessed from the link below. https://miknatislardafreeenerjininispati.blogspot.com

Phone: +90 505 5794963 e-mail: [email protected]

31/05/2024

VIDEO/Chapter 4: (SUMMARY)YOU CAN PROVE THAT EXTRA ENERGY CAN BE OBTAINED FROM MAGNETS BY DOING THIS EXPERIMENT WITH THE SHORTEST AND DEFINITIVE WAY
Purpose of the 4th Video / CHAPTER 4:

An electric current was given to the coil winding for a certain short period of time, which was exactly the same as the working mechanism of the electric motor, and it was allowed to attract the permanent magnet opposite it, and then the total energies given and gained during this period were tried to be compared. During the movement between the coil winding and the permanent magnet, we tried to see whether any extra magnetic energy was released by comparing the Electrical Energy Given to the Coil Winding and the total gained (Coil Heat Loss + Kinetic Energy + Potential Energy) until the moment the magnet touched the coil winding. CONCLUSION: THE KINETIC ENERGY GAINED BY THE PERMANENT MAGNET IS MORE THAN THE ELECTRIC ENERGY GIVEN BY COLLECTING THE POTENTIAL ENERGY AND THE HEAT ENERGY RESULTING FROM THE CURRENT PASSING THROUGH THE COIL WINDING, AND THE SOURCE OF THIS EXTRA ENERGY IS THE PERMANENT MAGNET. WE HAVE SEEN IT. IN SUMMARY, AS A RESULT OF THE EXPERIMENT, IT CAN BE OBSERVED THAT AN ADDITIONAL MAGNETIC ENERGY IS RELEASED DURING THE MOVEMENT OF THE PERMANENT MAGNET-COIL WINDING AND THEREFORE, AN EQUAL AMOUNT OF ENERGY IS LOSSED IN THE PATHWAYS OF THE PERMANENT MAGNET THAT CREATE MAGNETIC ENERGY.

If we look at the details of the experiment;

First, when the coil winding was energized, the current was terminated after the distant permanent magnet approached and touched to the coil winding, and thanks to the oscilloscope probe we connected to the coil winding ends, we found the Voltage (V) and Current (A) waves passing by connecting the 2nd probe to the shunt resistor ends connected in series to the circuit. By taking advantage of these waves, we first found the electrical energy we spent in this short time by calculating the area using the Integral function on the Power wave formed by multiplying the Voltage and Current waves that we created thanks to mathematical operations (Math) on the oscilloscope. We used the formula (I2 x R x t) as a basis to find out how much energy we gained against the energy spent and, first of all, the coil heat losses. In our oscilloscope, by multiplying the current wave with the current wave values, since our resistance in the coil winding is 1 ohm, we actually multiply the voltage wave falling on the ohmic resistance with the current, that is, the result (of current x 1) with the current (I) and with this mathematical process, We created a wave of power. Using the mathematical integration process on the oscilloscope in the power wave occurring against time, we found the electrical energy spent for heat in the coil winding and therefore the heat energy we gained.

To calculate the potential energy we gained, we first measured the weight of the magnet in kg and then measured the height difference between the first position and the final position and used these values in the formula Potential energy = mass (kg) x height (meter) x g (gravitational acceleration = 9.81). To calculate the kinetic energy gained by the magnet, we used the mechanism consisting of an oscilloscope, an additional mini coil winding and a simple switch, and we found the final speed of the permanent magnet using the oscilloscope and substituted it in the formula Kinetic energy = 1/2 mV².

In order to find the net additional magnetic energy we gain from the magnet; We subtracted the Electrical Energy Spent in the coil winding from the Total Energy Gained (Coil Heat Loss Energy + Final Potential Energy of the Magnet + Final Kinetic Energy of the Magnet). In these calculations, which were made many times with different coil windings and magnets, of which we give only an example here, we saw positive values as a result, and this time we proved with a different method that we can gain additional magnetic energy, albeit slightly, from permanent magnets.

As seen in the Abay type electric motor measurements shown in the previous videos here, the only source of the extra energy released is the permanent magnet and the pathways that provide the magnetic attraction-repelling force in the magnet. It can be concluded that an energy equal to the additional magnetic energy that seems to be transferred to the outside is lost in the internal pathways of the magnets that provide magnetic energy during movement.

The blog page containing sections and details from the article I prepared on this subject can be accessed from the link below. https://miknatislardafreeenerjininispati.blogspot.com

Phone: +90 505 5794963 e-mail: [email protected]

12/03/2022

HOW CAN WE UNDERSTAND THE EXISTENCE OF EXTRA MAGNETIC ENERGY FROM MAGNETS WITH THE SIMPLEST LOGIC?

The way the extra magnetic energy is generated can first be reduced to a simple observation as follows. When two permanent magnets, which are left opposite each other with a distance of Here, as a distance is taken in the direction of the force, a mutual work is done and the potential energies assumed to have relative to each other through energy conversion are spent to increase the kinetic energy of the permanent magnets until the moment of collision and to overcome forces such as friction that want to prevent movement. It is generally accepted that the source of the energy here is not provided by permanent magnets, but from the outside by placing two permanent magnets opposite each other in a way that creates a potential relative to each other. Here, both magnets will contribute equal energy to the system with their final potential. Now, let's replace one of the permanent magnets with a movable electromagnet of the same size and pole strength, consisting only of coil windings, with a distance x between them. Since there is no force or movement until the moment we apply electricity to the electromagnet, a similar concept of potential energy cannot be mentioned. When an electric current is given to the electromagnet in a way that attracts the opposite one, both of them will travel a total distance of The potential energy that both permanent magnets, which we have just given as an example, have due to their distance from the opposite magnet, occurs here again for the permanent magnet, because the electromagnetic waves coming from the electromagnet and attracting it will be like those coming from the opposite permanent magnet before, but this time differently, it is necessary to gain this potential. The magnetic attraction force of the permanent magnet, which exists without the need to consume energy other than electrical energy, also plays a role, to a small extent. If the direction of the current given to the electromagnet is changed when they touch each other, this time they repel each other and gain kinetic energy, similar to the potential energy of adjacent permanent magnets whose poles are left to repel each other. The contribution of neodymium permanent magnets and electromagnets to the final energy state they gain after energy conversion can only be as much as they lose from the systems that provide their own energy. The energy lost by the pathways that provide magnetic energy in permanent magnets is much less than that lost through electric current in electromagnets. For this reason, the extra magnetic energy added to the system by permanent magnets is low in this amount and its presence can be overlooked in ordinary measurements.

12/03/2022

WHY DON'T THE MAGNETIC MOTOR THAT WE CALL AS INFINITE ENERGY AND THE ELECTRIC MOTOR-GENERATOR SYSTEMS WHICH TURN EACHOTHER WORK?

(ALL THINGS ON SOCIAL MEDIA ARE FAKE.. )

PERPETUAL MACHINE SYSTEM WITH PERMANENT MAGNETS -MAGNETIC MOTORS:

Before my hypothesis was finalized, I studied on motors, also called perpetual machine or magnetic motors, that could only work with the mechanical energy that can be provided after the magnetic energy conversion in permanent magnets with related close experiments. I continued my studies by observing practically and trying to overcome this problem, that repulsion causes the system to move continuously with a decreasing force as the distance increases, and atraction causes the system to remain immobil in such a way that the two interacting poles remain in the strongest and therefore nearest position. I have designed some machines in such a way that the repulsion force of the movable rotor part along the motion path by the stator is more than the attraction force in the system that will create the motion, but after many experiments and design, I realized that I had to finish my work on a machine that could work like this, especially because of the two big problems mentioned below:

1- In a static state, although the magnetic poles of magnets are characterized as having equal attractive and repulsive forces for the same distances, .I observed that in a moving, dynamic setup, when the system or machine tries to maximize the attraction force and magnetic flux between the two interacting poles, the attraction force dominates the repulsive force, which drags the system towards stagnation and inactivity. Similarly for example two magnets of equal power, which are left opposite each other in parallel, completely repel each other, and their poles are perfectly centered, move away from each other as long as they can overcome the friction force, instead of continuing the movement, they come together by turning and pulling each other as they move away from each other and the system is dragged towards stagnation. I have observed myself in my experiments with magnetism and magnets that the main reason for this tendency is the universal tendency of energy to flow in the easiest and shortest way. The magnets approach each other in the direction of shortening the distance between them, increasing the magnetic flux, and shortening the path between them, which is composed of air or space, which resists the magnetic flux permeability compared to the ferromagnetic materials, which are the materials they are made of.

2- Again, the permanent magnets arranged regularly along the circular motion path of the system I designed during my studies, tend to form a single dipole apart from their own normal pole interactions, and act like magnets with different, stronger poles by merging, they can partially lose their polar characteristics when they are alone, although the difficulties mentioned in the 1st item are overcome in the system, even if movement can be achieved with a magnet acting as a moving rotor, with a design where the repulsion is greater than the attraction, when it comes to the poles of these stronger magnets in the stator part, which act as if they have just formed, I observed that the moving rotor could not continue on its way and had to stop, despite the kinetic energy it had, that the movable rotor could not overcome this strong new magnetic pole repulsion-attraction force of the system.

ELECTRIC MOTOR -GENERATOR PERPETUAL MACHINE SYSTEM :

Because of these two great difficulties I mentioned, I started working on a system where I could prove magnetic energy originating from permanent magnets, that magnetic energy is included, but as a result, we can obtain more energy than our given electrical energy as a base and indirectly contribute additional energy to the system instead of proving my hypothesis by making a system that works with magnetic energy that will only be formed by the interaction of permanent magnets. For this, in the first place, I tried to create a cycle that can turn itself by giving mechanical energy and obtaining electrical energy with the help of very strong permanent magnets, and by obtaining more mechanical energy than we give again thanks to the very efficient electric motors that we have designed. Even, in one of the devices I designed for this, one of the four coil windings was sequentially providing linear motor movement with a switching system, while electrical energy could be obtained from the other three by electromagnetic induction at the same time. In other words, the device served as both an electric motor and a generator at the same time, where the conversion and efficiency rates of energy could be observed more easily. In my studies, I observed that the efficiency of the generator, which is a part of the system in this binary system, cannot exceed a certain limit, the higher current flowing through the generator coil windings occurs the same ratio resistance that prevents the movement and it should consume that amount of mechanical energy, and as a result, this was the biggest obstacle to very efficient generator design and proving my hypothesis. (Currently, the efficiency of even the most efficient generator that can be used in practice is around 95%. In order for the electric motor to rotate the perpetual machine system even without any load on it, it must also provide this 5% loss, that is, it must be at least (100/95) = 105.26% efficient, which is not possible today) Even though magnets such as neodymium with strong poles are used, I have seen that the efficiency cannot exceed certain levels, the fact that using very strong permanent magnets can be beneficial in terms of gaining more space, for this reason, as a result of experiments consisting of many designs and measurements, I have seen that we cannot achieve very high efficiency with known generator designs such as motors, and that it is very difficult to achieve sufficient efficiency increase even if generator designs with radical changes are made.

After all these studies, I started working on the proof of my hypothesis which is finalized by trying to make an electric motor, by using only very strong permanent magnets, with the magnetic energy to be provided from permanent magnets with different designs other than known industrial motors that the total amount of energy obtained can be more than the electrical energy we give instead of a system consisting of electric motor-generator.

12/03/2022

HOW CAN WE CALCULATE AND FORMULIZE THIS EXTRA ENERGY?

In summary, the energy conversion in permanent magnet electric motors is actually as follows:

Given Electrical energy + Magnetic energy provided in the rate of change in interaction strenght from permanent magnets interacting with electromagnetic waves formed in electromagnets with given electrical energy = Mechanical energy obtained + Coil heat losses and other motor losses + Electromagnetic sourced electromagnetic energy interacting with the outside of the system (motor) , not helping to the rotation of the motor

In line with all the explanations, it is concluded that the extra magnetic energy released in permanent magnets, which will increase the total energy of the observable system in supraatomic dimension, is proportional to the amount of change in the interaction strenght between the magnets.

Magnetic Energy (Magnetic) α Change in Interaction Strenght

The Change in Interaction Strenght is equal to the change in Magnetic Attraction\Repulsion Force(Fmagnetic) for linear motions and Torque(τ) change for rotational motions. Due to factors such as interaction angle and distance inside the motor, using the change in the torque itself, which is also the multiplier in normal mechanical power calculations, gives more accurate results instead of the Magnetic Attraction / Repulsion force.

Change in Interaction Strenght = ΔFmagnetic \ or Δτ

Again, the energy generated and consumed during this change will be directly proportional to the result obtained by multiplying the path taken for linear motions and the angular velocity multiplied by time for cases with rotational motion during this change.

Magnetic Energy (Magnetic ) α Distance traveled(X) or α [Linear Velocity x time(t)]

With the change in the interaction strenght, the path taken or during rotation will change according to many features such as the type, shape of the permanent magnet and the design of the counter magnet with which it interacts in this system, different amounts of responses and different amounts of losses in subatomic dimension will occur against the strain in the pathways therefore, the magnetic energy, which increases the total energy of the system by increasing the mechanical energy in the supraatomic dimension, will differ according to the sub-elements that make up the system. For this reason, it is necessary to characterize the energy generation rate provided by the permanent magnet in each different system with a system-specific coefficient. This coefficient can be called as "Magnetic Energy Formation Coefficient (K)". In this case, the extra energy provided by the permanent magnet can be calculated exactly as follows:

Magnetic Energy = Magnetic Energy Generation Coefficient x Change in Interaction Strenght x Distance Traveled (or Linear Speed x Time for circular motion )
....The extra magnetic energy generated per unit time shows the magnetic energy generation power of our system (Pmagnetic energy generation): If the measured unit time is such that it includes the times required to complete a total circular motion for our electric motor, the average magnetic energy generation power of the motor will be calculated:

Pmagnetic energy generation = Magnetic energy / Elapsed Time

Abay Electric Motor Proves Extra-Free Energy in Magnets

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