Why haven't they created it

Let's start simple and then advanced!

When Media Library first started we were boasting about steam engines, we didn't understand out of all the different types of steam engines that were created over Millenia accept one, a steam engine portable electrical generator. Of course trying to keep away from conspiracy theories, our misunderstanding only deepened, until you come to a realization, running anything on water is absolutely not what corporations and any money making system once in their community. Now understand doing this type of work / a librarian and a reporting journalist for 35 years. You always come across someone who states that if it could have been done it would be on the market, of course these types of people don't understand destroying your Baseline may be a problem for any corporations trying to sell something that people can get absolutely free, like air itself. Not saying that with good advertisement they could make some idiot out there buy air for a premium price. So let's get back to the point if we made a portable steam engine generator, that means it runs on water, and we flood the market with those types of machines, yes we would make a lot of money at first. Of course if we build them extremely well and put a lifetime guarantee on it, (like Tupperware) we now box herself into eventually not making any money. That is the reality! For those who disagree let's save the argument and go into how we would actually put our Steam engine generator together.

We could get it down to a little bigger then a regular household generator, but it would be extremely heavy. why? because we would be taking the Steam and turning it into kinetic energy  Plus electrical generation from an alternator at the same time. Did you understand how we proved our point, by taking something already created and has been created for many years. Yet they never mentioned steam power. they always mention the lesser of the three, wind power and solar power. Of course wind power and solar power has never been proven to run a locomotive that's pulling thousands of tons, yet we buy into the theory, that the corporation says is possible. We know better at Media Library. steam power is by far the superior technology especially when you can boil the water with electricity instead of burning any types of biofuels or fossil fuels. Then it becomes a numbers game and a regulation numbers game at that, but we want to give you an example on what can be done while passing the electricity from one side to the other through a light bulb if you have any imagination you should understand two things, one this was an example of your own small non-nuclear reactor and two there is a better way to boil water then this light bulb that uses too much electricity in the first place. But you must understand to make this work electricity must pass through one side to the other to make a circuit, meaning that you may be able to get two things done from one source of energy. Why did we stay this. so you can understand that this next item we are about to show you can be set up in a row that's right, they use them for electric water heaters; how convenient! Now we would show you diagrams of our setup but that is for are Level 3 videos or see the working models in our seminars, when we have them. otherwise you'll just have to understand that the balance between the steam power, which pushes a flywheel, which is connected to alternators, all comes together in one balanced steam engine generator, and then it's recycles its own fuel. Which again you should understand is water.

The Potential of Steam Power

Steam power has been used for centuries to generate electricity. In recent years, there has been renewed interest in steam power as a way to generate clean and renewable energy.

One of the advantages of steam power is that it can be used to generate electricity in a variety of settings. Steam power plants can be large or small, and they can be located on or off the grid. This makes steam power a versatile option for generating electricity.

Another advantage of steam power is that it is a relatively efficient way to generate electricity. Steam turbines can convert up to 40% of the heat from burning fuel into electricity. This is higher than the efficiency of many other types of power plants, such as coal-fired power plants.

A Steam-Powered Generator

A steam-powered generator is a system that uses steam to generate electricity. The system consists of a boiler, a turbine, and a generator.

The boiler heats water to create steam. The steam is then piped to the turbine, which spins a shaft. The shaft is connected to the generator, which converts the mechanical energy from the turbine into electrical energy.

The electrical energy from the generator is then sent to the grid or stored in batteries.

Pass-Through Charging

Pass-through charging is a technology that allows you to use the electricity from a generator while it is also charging a battery. This technology is used in many portable devices, such as laptops and cell phones.

Pass-through charging works by using a special chip that regulates the flow of electricity between the generator and the battery. The chip ensures that the battery is always charged, even when the generator is running.

[Slip Streaming ] This is not the original word it is only used in reference to get you to understand the technology, the word is being copyrighted and therefore cannot be used at this time but this is a good substitute.

Slip streaming is a technique that can be used to improve the efficiency of a steam-powered generator. Slip streaming involves connecting multiple batteries in parallel and then using a switch to transfer power between the batteries.

When one battery is fully charged, the switch is flipped to the next battery. This allows the batteries to be used more efficiently and reduces the amount of heat that is generated.

Conclusion

Steam power is a viable option for generating electricity. It is a clean, renewable, and efficient source of energy. By using pass-through charging and slip streaming, the efficiency of steam-powered generators can be further improved.

Additional Information

Here is some additional information about steam-powered generators:

• The type of fuel that is used to heat the water in the boiler will affect the efficiency of the generator. Coal is the most common fuel used, but other options include natural gas, biomass, and waste heat.

• The size of the boiler will affect the amount of steam that can be generated. A larger boiler can generate more steam, which will allow the generator to generate more electricity.

• The type of turbine that is used will also affect the efficiency of the generator. Steam turbines are the most common type of turbine used, but other options include gas turbines and water turbines.

• The size of the generator will affect the amount of electricity that can be generated. A larger generator can generate more electricity, but it will also be more expensive.

By considering these factors, you can design a steam-powered generator that is efficient, compact, and reliable.