Heat power economy

There are many forms of energy like wind energy, solar energy, tidal energy, etc. The energies which are present are not that efficient

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Some other methods of using the available energy should be used so that more energy is developed.

The one form of such energy is heat energy where heat is available in a huge quantity and there are no efficient methods to use it.

According to a recent study it is found that using this method can reduce the volume of energy supply by 2 times in 2050

Advantages

• The energy expenses can be reduced by 15-25% by using this technology to provide electricity to the consumers
• The other advantage is that around 83% of electro produced energy can be transferred to heat systems

Technologies

• The recent technology in this is roof-variant heat energy which can be used in various regions. This technology can also be used where the population density is more.
• The other recent technology is roof boilers. It is found that it can produce energy equivalent to 80% of the total produced heat energy.

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Applications

• The recent applications are that they are used on the school roofs to produce heat energy
• They have application in heat power economy. This particular system has significance in connection with the relatively big process of development in comparison with other fields

The development of heat power economy consists of three major stages i.e. prognosis, programming, and planning

The models and methods of prognosis have greater importance in the process of preparing of scientifically justified planned solutions

Three various points have been analyzed with regarding prognosis which are

• The first approach gave the difference between planning and prognosis. This is determined by time conforming to planning horizons
• The second approach considers prognosis as post plan where the information is processed and where functions related to prognosis are shown. The determination is done initially on the base of the economy.
• The third approach connects the analysis of the planning and prognosis of objects. In this system of economics, it is divided between controlled and uncontrolled

Criteria of efficiency are made up based on that concept that, for the intensive growth of efficiency it is necessary that result growth rates were ahead of growth rates of used resources

Conclusion

Thus, it can be concluded that more methods should be developed to increase the efficiency of the heat-producing system.

• heat transfer

• heat transfer

Heat power economy