MODELING A RENEWABLE ENERGY SOURCE USING MATLAB

Authors

  • A Parsokhonov Jizzakh polytechnic institute
  • O Nurullaev Jizzakh polytechnic institute
  • A Akhmedov Jizzakh polytechnic institute

Keywords:

thermal expansion and contraction, electricity generation, high pressure vessel, mathematical model

Abstract

As a result of the human progress, the energy consumption is constantly increasing all over the world. A major part of the produced electricity comes from natural fuels, which are decreasing year by year. A structural model of the alternative device, which allows to obtain electrical energy using thermal expansion and contraction of matters is proposed in this work. The MATLAB model of the device is presented and discussed.

 

Author Biographies

A Parsokhonov, Jizzakh polytechnic institute

 

 

O Nurullaev, Jizzakh polytechnic institute

 

 

A Akhmedov, Jizzakh polytechnic institute

 

 

References

https://www.accuweather.com/en/uz/jizzakh/348390/hourly-weatherforecast/348390?day=2 [March 31, 2023].

A Parsokhonov, Renewable Energy Source from Natural Thermal Expansion and Contraction of Matters. Am. Sci. Res. J. Eng. Technol. Sci. 23(2016) 121-130. https://asrjetsjournal.org/

A Parsokhonov, K Iskanov, A New Type of Renewable Resource: The Natural Thermal Expansion and Contraction Energy of Matter. Int. J. of Inn. Sci. and Res. Techn. ISSN No-2456-2165. 4 (May, 2019) 83–88. www.ijisrt.com.

A Parsokhonov, U Yuldashev, O Nurullaev, O Olimov, A Akhmedov, A Bekmurzaev, F Sayliev. A Device for Electricity Generation using Alternative Renewable Energy Sources. Sci. J. Test Engineering & Management. May-June 2020. pp 26630-26637.

A Parsokhonov, P Kalandarov, O Olimov and A Akhmedov. Device for generating electrical energy based on thermal expansion of a solid material. AEGIS-2022. IOP Conf. Series: Earth and Environmental Science 1076 (2022) 012010. doi:10.1088/1755-1315/1076/1/012010.

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Published

2023-08-25