Changing Electricity Frequency: Materials, Diagrams and Patterns for 230V 50-60Hz

Hello
I am looking for materials, diagrams, descriptions and patterns needed to change the frequency of electricity. For example, the network is 230V 50-60 Hz. How to easily change the frequency without changing the voltage.

For example, a current with a voltage of 230V 60Hz will kick you harder than a current with the same voltage and frequency of 500 Hz.

I am interested in the opinions of others who deal with electricity professionally and as a hobby on a daily basis.

https://www.youtube.com/watch?v=F2xP7TYi_R8
This gentleman's project is very interesting.

I would like to hear your opinions

The easiest way is to build an inverter

Inverters are used to change the frequency. These are complicated devices and expensive to purchase. This cannot be done easily.

Well, for example, the right choke with the right number of capacitors and the right capacity will not change the current frequency.

A simple magneto connected to a current circuit should generate a different frequency. As it creates breaks in the circuit.

Am I wrong.

krzysiekm8 wrote:

Well, for example, the right choke with the right number of capacitors and the right capacity will not change the current frequency.

A simple magneto connected to a current circuit should generate a different frequency. As it creates breaks in the circuit.

Am I wrong.

First, my friend would have to straighten the sine wave.

krzysiekm8 wrote:

This gentleman's project is very interesting.
I would like to hear your opinions

Genius!!! I don't know why his inventions haven't been implemented yet...

If I rectified it, no current would flow, if we are talking about alternating current. After all, waves can overlap. Raising the frequency is rather a thickening of the sine wave

The simplest way is to change the speed at which time passes.
If in "our" conditions you have 50 periods of current in 1 second, then after extending the second by 20% there will be 60 periods there.
Stretching the flow of time applies to objects moving at a speed close to the speed of light. Objects moving at this speed are completely unaffected by the passage of time (and therefore do not go out of fashion either).
As a local curiosity, it was observed that the subjective feeling of a different speed of time passing depends on which side of the toilet door the observer is on.

That's right, this guy is a genius!!! YOUTUBE Polish Tesla
If he really managed to achieve this even to some extent, why do the common institutions he talks about refuse to implement his invention. If it was to save a life from paralysis.
According to these institutions, electricity must be dangerous The more dangerous he is, the more money he will make

krzysiekm8 wrote:

The more dangerous he is, the more money he will make

That's right. High voltage transmission is cheaper.
But no one will steal the "dangerous electricity", because any thieves' hands will be fried - so there's something to it, definitely...

I have a question to expand on the topic.
Is it possible to change the frequency of the current by passing it through a three-phase transformer, using one winding to generate breaks as a control winding.
Is it possible????

Of course! All you need to do is connect a chopper to this winding, but not every transformer can handle it.
But it will work the same on 1-phase.

And that guy on YouTube? Well, another idiot who will be an ideal for other ignorant idiots...
The average high school graduate has (counting from kindergarten) 120 hours of physics study and about 800 hours of "science about miracles".
Believing in miracles is easy, but physics is difficult...

The frequency can be changed not only with an inverter.
An engine-generator system can be used for this purpose.

Okay, that's right. What do you think should be used on this engine to transfer this energy well without major losses?

There's something clearly humming in this guy's video, I think it's the isolation transformer that's standing next to him on the table outside the video frame.

Quote:

Is it possible to change the frequency of the current by passing it through a three-phase transformer, using one winding to generate breaks as a control winding.

You're complicating things, you can only sum two voltages with a transformer, but what needs to be alternating needs to be generated first, and you'll have to generate it anyway.
The inverter is a complicated device, but it is still the simplest solution to the problem of changing the frequency, a simplified inverter could give square waves (like cheap UPS) but many devices do not like it, as well as the changed frequency (transformers, induction motors, only light bulbs and converters, it doesn't matter )

After the two-wave rectifier, you will be hit by a half-wave rectified current - that's the magic!

jarek_lnx wrote:

There's something clearly humming in this guy's video, I think it's the isolation transformer that's standing next to him on the table outside the video frame.

Or the chopper is buzzing - modulated 100Hz from the rectifier...

An induction motor can change its frequency - this is described in the textbook for the University of Technology. Unfortunately, I can't point out which one - I visited it about 10 years ago.

krzysiekm8 wrote:

Okay, that's right. What do you think should be used on this engine to transfer this energy well without major losses?

Perpetuum mobile.

krzysiekm8 wrote:

Okay, that's right. What do you think should be used on this engine to transfer this energy well without major losses?

To make the system quite simple in construction, you can use a DC motor (simple speed regulation) or a universal (phase-controlled) motor and a generator with a voltage regulator (what is the voltage at the output, also 230V or less?). Remember that many devices may not function properly or be damaged when powered at higher frequencies. As for losses, they are inevitable.

With this method, they will be significant - the rectifier (to power the DC motor) and the generator generate losses; an induction motor (AC, not DC) can have conversion efficiency comparable to a transformer.

_jta_ wrote:

An induction motor can change its frequency - this is described in the textbook for the University of Technology. Unfortunately, I can't point out which one - I visited it about 10 years ago.

I have heard and had contact in laboratories about a phase shifter built on a brush induction motor. This is the first time I've heard about changing the frequency

Changing the frequency can only be partially effective, because the fact that the current will "kick less" does not mean that it will flow less, and "kicking" is not the only effect of the shock.

The generally accepted 230V 50Hz standard is a compromise between safety, convenience and cost of devices.

Anyone can install a completely safe (no shock hazard, but higher fire risk) low-voltage installation in their home, but it will be expensive and inconvenient (the need for voltage-lowering power supplies, very thick wires and special low-voltage devices, and sometimes converters for equipment that must be 230V ~).

You can also create a high-frequency network at home, but such a network has higher losses and the sound of operating devices may be more unpleasant than 50Hz.

Isolation transformers do not have the disadvantages of a low-voltage network and only protect against shock current flowing to earth.

Oops. an error while editing and I changed the content of the post instead of adding it, in the previous one I wrote to use an audio amplifier with a step-up transformer attached at the output, the signal (any shape and frequency) can be generated from a sound card in a PC or a function generator.

jarek_lnx wrote:

... a transformer core that has very high losses above several hundred Hz ...

- that is why it is good to use a loudspeaker transformer or another one with a core made of sheet metal with the same properties as the loudspeaker transformer (the catalog data includes information about the frequency response even above 20kHz).
A favorable circumstance is that the higher the frequency, the more power the transformer can transfer (directly proportional), so for constant power, the "load" on the core decreases with increasing frequency.