STEAM-POWER

Thermal power plants are utilizing heat energy to generate electrical power. This is the most popular way to generate the electrical power worldwide. Recently, even up to 90 % of total worldwide available power is generated using heat energy conversion. The thermal power plants differ mostly in way of winning the heat, since the principles of conversion of heat energy into electrical power is always the same. Some differences upon the power and size could be expected among particular applications, as well as in way of converting the steam pressure energy into mechanical power extracted on the shaft, which drives the power generator, while several kinds of steam turbines are available. Following thermal energy converters kinds are available and widely used:

 

• ​​+ mineral oil heat energy converter

• + organic oil heat energy converter

• + gas energy converter 

• + nuclear chain reaction energy converter

• + geothermal energy converter

​ All of this kinds of thermal converters could be significantly improved in order to get much more power and to collect huge funds. Optimization which could be performed on all of listed kinds of power plants consists of:

 

• + using fuel-less instead of fuel consummating power converters, in order to prevent for waste and allow for huge wins which accumulate along the time

• + using fusion instead of fission energy conversion, thus universal fractal model with controlled resonant power amplification, instead of blind demolishing resonant force in avalanche chain reaction top down pyramidal model 

• + using fractal structure thus more power converting units of less power, rather then one huge power unite in order to allow for easier extendability, lower and even self-sustained investment, and lower production, installation and maintenance costs

• using additional environmental energy sources, to increase the power output, such as:

 

1.  additional kinetic energy by swirling the driving fluid, 

2. utilizing flywheels to get higher mechanical power on a shaft,

3. involving gravitational force to contribute to the final result,

4. using jet-nozzles to increase the fluid mass,

5. using regulated feedbacks

6. using regulated resonant power

 

• + using appropriate power transmission to achieve maximal output power

• + using bladeless Tesla turbine with very high working speed, in order to achieve higher power transmission ratio, thus better overall performance

• + using decentralized power network, expensive to build and to maintenance long distance power transportation roads are going to become redundant, thus in spite of the matter of fact that the final price of an energy unite could be lower, high funds could still be possible to collect

In doing so we could achieve a lot of more power at the output of already existing systems, as well as matching optimal conditions by building new power plants. In a short time collected huge funds are going to be invested into necessary change of such industrial branches which are related to production, transport, and distribution of the fuel, as well as chemical in general, to prevent for collapse. The huge funds are going to be continuos source of investment, thus base of prosperity and development of global society, with respect on revealing and preserving global environmental balance.