Electrical and Information Engineering | Article | Published 2023

CONVERSION OF THERMAL ENERGY INTO ELECTRIC ENERGY

Collection: International journal of advanced research in education, technology and management
Keywords: Termal energy, power plants,

Abstract

Termal energy - a branch of thermal engineering; energy based on the conversion of termal mainly into mechanical and electrical energy. Thermal devices, the main part of which consists of a termal engine, are used to convert termal into mechanical energy. The mechanical energy generated in these devices drives various machines (metal cutting machines, conveyors, etc. ) or electromechanical generators that produce electricity. Even without electromechanical generators of termal, i.e. in devices for direct energy conversion, for example, magneto-electrodynamic generators, thermo-electric generators, etc. can also be converted into electricity.

References

  1. Nodirbek Topvoldiyev, [11.12.2023 12:41]
  2. 1. Alijanov D.D., Topvoldiyev N.A. (2021). SOLAR TRACKER
  3. SYSTEM USING ARDUINO. Theoretical & Applied Science, 249-253.
  4. 2. Alijanov D.D., Topvoldiyev N.A. (2022). PHYSICAL AND
  5. TECHNICAL FUNDAMENTALS OF PHOTOELECTRIC SOLAR PANELS
  6. ENERGY. Theoretical & Applied Science, 501-505.
  7. 3. Topvoldiyev Nodirbek Abdulhamid o„g„li, & Komilov Murodjon
  8. Muhtorovich. (2022). Stirling‟s Engine. Texas Journal of Multidisciplinary
  9. Studies, 9, 95–97.
  10. 4. Topvoldiyev N.A, Komilov M.M. (2022). DETERMINING THE
  11. TIME DEPENDENCE OF THE CURRENT POWER AND STRENGTH OF
  12. SOLAR PANELS BASED ON THE EDIBON SCADA DEVICE. Web of
  13. Scientist: International Scientific Research Journal, 1902-1906.
  14. 5. Topvoldiyev N.A., Komilov M.M. (2022). Stirling's Engine. Texas
  15. Journal of Multidisciplinary Studies, 95-97.
  16. 6. Abdulhamid o„g„li, T. N., Maribjon o‟g‟li, H. M., & Baxodirjon
  17. o‟g‟li, H. I. (2022). BIPOLYAR TRANZISTORLAR. E Conference Zone, 150–
  18. 152.
  19. 7. Abdulhamid o„g„li, T. N., & Muhtorovich, K. M. (2022). Stirling's
  20. Engine. Texas Journal of Multidisciplinary Studies, 9, 95-97.
  21. 8. Muhtorovich, K. M., & Abdulhamid o„g„li, T. N. (2022).
  22. DETERMINING THE TIME DEPENDENCE OF THE CURRENT POWER
  23. AND STRENGTH OF SOLAR PANELS BASED ON THE EDIBON SCADA
  24. DEVICE. Web of Scientist: International Scientific Research Journal, 3(5),
  25. 1902-1906.
  26. 9. Abdulhamid o„g„li, T. N. (2022). Stirling Engine and Principle of
  27. Operation. Global Scientific Review, 4, 9-13.
  28. 10. Abdulhamid o„g„li, T. N. (2022, June). STIRLING ENERGY
  29. GENERATOR. In E Conference Zone (pp. 13-16).
  30. 11. Topvoldiyev Nodirbek Abdulhamid o„g„li, & Davronov Akmaljon
  31. Abdug„ani oʻgʻli. (2022). Stirling Engine and Principle of Operation. Global
  32. Scientific Review, 4, 9–13. Retrieved from
  33. http://scienticreview.com/index.php/gsr/article/view/25
  34. 12. Topvoldiyev Nodirbek Abdulhamid o„g„li, Raxmonov Azizbek Botirjon
  35. oʻgʻli, & Musiddinov Otabek Ulugʻbek oʻgʻli. (2022). STIRLING ENERGY
  36. GENERATOR. E Conference Zone, 13–16. Retrieved from
  37. http://econferencezone.org/index.php/ecz/article/view/1292
  38. 13. Abdulhamid o„g„li, T. N., Maribjon o‟g‟li, H. M., & Baxodirjon o‟g‟li,
  39. H. I. (2022). BIPOLYAR TRANZISTORLAR. E Conference Zone, 150–152.
  40. 14. Abdulhamid o„g„li, T. N. & others. (2022a). STIRLING ENERGY
  41. GENERATOR. E Conference Zone, 13–16.
  42. 15. Abdulhamid o„g„li, T. N. & others. (2022b). Stirling Engine and
  43. Principle of Operation. Global Scientific Review, 4, 9–13.
  44. 16. Alijanov, D. D., Yo?lchiev, M. E., Islomov, D. D., Topvoldiyev, N. A.
  45. (2022). Preventing accidents and achieving economic efficiency through a multi-
  46. functional device in substations with a voltage of 110/35/6 KV. ISJ Theoretical
  47. & Applied Science, 12 (116), 1001-1006. Soi: http://s-o-i.org/1.1/TAS-12-116-
  48. 74 Doi: https://dx.doi.org/10.15863/TAS.2022.12.116.74
  49. 17. Olimjoniva, D., & Topvoldiyev, N. (2023). ANALYSIS OF HEAT
  50. STORAGE CAPACITY OF RESIDENTIAL BUILDINGS. Interpretation and
  51. Researches, 1(8). извлечено от
  52. http://interpretationandresearches.uz/index.php/iar/article/view/518
  53. 18. Topvoldiyev , N. (2023). KREMNIY ASOSIDAGI QUYOSH
  54. ELEMENTILARI KONSTRUKTSIYASI. Interpretation and Researches, 1(1).
  55. извлечено от http://interpretationandresearches.uz/index.php/iar/article/view/443
  56. 19. Olimjoniva, D., & Topvoldiyev, N. (2023). ANALYSIS OF HEAT
  57. STORAGE CAPACITY OF RESIDENTIAL BUILDINGS. Interpretation and
  58. Researches, 1(8). извлечено от
  59. http://interpretationandresearches.uz/index.php/iar/article/view/518
  60. 20. Topvoldiyev , N. (2023). KREMNIY ASOSIDAGI QUYOSH
  61. ELEMENTILARI KONSTRUKTSIYASI. Interpretation and Researches, 1(1).
  62. извлечено от http://interpretationandresearches.uz/index.php/iar/article/view/443
  63. 21. Topvoldiyev Nodirbek Abdulhamid o„g„li, Raxmonov Azizbek Botirjon
  64. oʻgʻli, & Musiddinov Otabek Ulugʻbek oʻgʻli. (2022). STIRLING ENERGY
  65. GENERATOR. E Conference Zone, 13–16. Retrieved from
  66. http://econferencezone.org/index.php/ecz/article/view/1292
  67. 22. Topvoldiyev Nodirbek Abdulhamid o„g„li, Raxmonov Azizbek Botirjon
  68. oʻgʻli, and Musiddinov Otabek Ulugʻbek oʻgʻli. “STIRLING ENERGY
  69. Nodirbek Topvoldiyev, [11.12.2023 12:41]
  70. GENERATOR”. E Conference Zone, June 2022, pp. 13-16,
  71. http://econferencezone.org/index.php/ecz/article/view/1292.
  72. 23. Abdulhamid o„g„li, Topvoldiyev Nodirbek, Hakimov Muzaffarbek
  73. Maribjon o'g'li, and Hojiyev Ixtiyorjon Baxodirjon o‟g‟li. "BIPOLYAR
  74. TRANZISTORLAR." E Conference Zone. 2022.
  75. 24. Topvoldiyev Nodirbek Abdulhamid o„g„li, and Davronov Akmaljon
  76. Abdug„ani oʻgʻli. “Stirling Engine and Principle of Operation”. Global Scientific
  77. Review, vol. 4, June 2022, pp. 9-13,
  78. http://scienticreview.com/index.php/gsr/article/view/25.
  79. 24. Topvoldiyev Nodirbek Abdulhamid o‘g‘li, & M.Z.Sharipov. (2023). ENERGY DEVELOPMENT PROCESSES IN UZBEKISTAN. Science Promotion, 1(1), 177–179. Retrieved from https://sciencepromotion.uz/index.php/sp/article/view/240
  80. 25. Topvoldiyev, N. (2023). Exploring the Fundamentals of Battery Configurations: Series and Parallel Setup Demystified.
  81. 26. Topvoldiyev, N. (2023). How Off-Grid Solar Systems Work.
  82. 27. Topvoldiyev, N. (2023). O`zbekiston Respublikasidagi qayta tiklanuvchi energiya manbalarining energetik potensiali.
  83. 28. Topvoldiyev, N. (2023). KICHIK VA MIKRO GIDROELEKTOSTANSIYALARNING TURLARI HAMDA KLASSIFIKATSIYASI.
  84. 29. Topvoldiyev, N. (2023). Storage of Electricity Produced by Photovoltaic Systems.
  85. 30. Topvoldiyev, N. (2023). Quyosh havo isitish kollektorlarini o`rnatish va foydalaniz.
  86. 31. Topvoldiyev Nodirbek Abdulhamid o‘g‘li, & Davronov Akmaljon Abdug‘ani oʻgʻli. (2022). Stirling Engine and Principle of Operation. Global Scientific Review, 4, 9–13. Retrieved from https://scienticreview.com/index.php/gsr/article/view/25
  87. 32. Abdulhamid o‘g‘li, T. N. Davronov Akmaljon Abdug ‘ani oʻgʻli.(2022). Stirling Engine and Principle of.
Loading...
0

Views

0

Reads

0

Comments

0

Reviews

0

Liked

0

Shared

0

Bibliography

0

Citations

Like and share on

Cite this publication

Copy text below and use in your article