Application of Micro-Hydroelectric Power Stations in Water Barriers using Siphon Pipes in Water Facilities
Keywords:
electricity, water resource, hydroelectric power station, siphon pipe, reservoir
Abstract
The article discusses the issue of generating electricity using siphon water pipelines at water storage facilities. An improved safe method of using the potential energy of reservoirs in the production of electricity is highlighted. Water flow and energy indicators using the siphon method are analyzed and methods for effective use are shown.
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References
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20. Mullaev, I. (2022). IMPROVING THE EFFICIENCY OF THE SOLAR-AIR HEATING DEVICE. Science and Innovation, 1(7), 756-761.
21. Azizovich, N. I. (2022). On The Accuracy of the Finite Element Method on the Example of Problems about Natural Oscillations. European Multidisciplinary Journal of Modern Science, 116-124.
22. Nasirov, I. (2022). АКТУАЛЬНОСТЬ ПРИМЕНЕНИЯ МЕТОДОВ МАТЕМАТИЧЕСКОГО МОДЕЛИРОВАНИЯ И МЕТОДОВ КОНЕЧНЫХ ЭЛЕМЕНТОВ В СТРОИТЕЛЬСТВЕ. Science and innovation, 1(A7), 711-716.
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27. Yu K Rashidov, JT Orzimatov, K Yu Rashidov, ZX Fayziev. The method of hydraulic calculation of a heat exchange panel of a solar water-heating collector of a tube–tube type with a given nonuniform distribution of fluid flow along // Tom 56, Applied Solar Energy 2020/1
28. Yu K Rashidov, JT Orzimatov. Solar air heater with breathable matrix absorber made of metal wire tangle // Tom 5, Scientific-technical journal 2022.
29. Abdukarimov, B.A., Tillaboyeva F. Sh, va A.T.A’zamjonov. «QUYOSH SUV ISITISH KOLLEKTOR ISILIK QUVURLARIDAGI GIDRAVLIK JARAYONLARNI HISOBLASH». Ekonomi va sotsium 4-1 (107) (2023): 4-10.
30. qizi Tillaboyeva, F. S. (2023). QUYOSHLI SUV ISITGICH KOLLEKTORLARINING ISSIQLIK ALMASHINUVI HISOBI. GOLDEN BRAIN, 1(31), 156-162.
31. qizi Tillaboyeva, F. S. (2022). QUYOSH KOLLEKTORLARI. QUYOSH KOLLEKTORLARINING TURLARI VA KOMPONENTLARI. INTERNATIONAL СONFERENCE ON LEARNING AND TEACHING, 1(6), 255-258.
32. Ибрагимова, З. К. К., Хамдамова, Н. С. К., Умуркулов, Ш. Х. У., & Сабиров, Д. Р. У. (2022). Подготовка питьевой воды из маломощных поверхностных водоисточников. Central Asian Research Journal for Interdisciplinary Studies (CARJIS), 2(Special Issue 4), 77-83.
33. OBIDOV J., UMURQULOV S. O ‘ZBEKISTON YASHIL IQTISODIYOT SOHASIDA ISLOHOTLARNI AMALGA OSHIRISHDA MUQOBIL ENERGIYA MANBALARINING O ‘RNI VA AHAMIYATI //Bulletin of Contemporary Studies. – 2023. – Т. 1. – №. 3. – С. 15-18.
34. Solijonov, MV (2022). QUYOSH ENERGİYAsidan FOYDALANGAN YANGI QOYISH HAVO ISITISH PARAMETRLARINI ISHLAB CHIQISH PARAMETRLARINI OPTİMLAYTIRISh. MATEMATİK NAZARIYA VA INFORMATYA FANLARI MARKAZIY ASIAN JURNALI , 3 (12), 190-197.
35. Abdukarimov, BA, Solijonov, MV, & Abdumalikov, RR (2023). AN'VANSIY VA QAYTA OLiladigan ENERGIYA MANBALARI ASOSIDA ISHLAB CHIQISH ISILIK TA'MINLANISH TIZIMLARINI TADQIQOT. OLTIN MIYA , 1 (1), 253-255.
36. Abdukarimov, A., Solijonov, M., & Abduxamidov, A. (2022). QUYOSH ENERGIYASIDAN FOYDALANISHDA YANGI SOLAR HAVO ISITISHLARNING ISHLATILISH PARAMETRLARINI OPTİMLAYTIRISh. Fan va innovatsiyalar , 1 (A8), 815-823.
37. Qosimov A. S., Srojidinov D. R. AVTOPOEZDLAR TORMOZ MEXANIZIMLARI PNEVMATIK QUVIRLARINING TEXNIK HOLATINI, AVTOPOEZDLARNING MOS TURIGA TADBIQ QILISH //Educational Research in Universal Sciences. – 2023. – Т. 2. – №. 3. – С. 474-480.
2. Abdulkhaev, Z., Madraximov, M., Arifjanov, A., & Tashpulotov, N. (2023, March). Optimal methods of controlling centrifugal pumps. In AIP Conference Proceedings (Vol. 2612, No. 1). AIP Publishing.
3. Мадхадимов, Мамадали Мамадалиевич, Зохиджон Эркинжонович Абдулхаев, and Алимардон Хамдамалиевич Сатторов. "Регулирования работы центробежных насосов с изменением частота вращения." Актуальные научные исследования в современном мире 12-1 (2018): 83-88.
4. Madaliev, M. E. U., Maksudov, R. I., Mullaev, I. I., Abdullaev, B. K., & Haidarov, A. R. (2023). Investigation of the Influence of the Computational Grid for Turbulent Flow.
5. Abdulkhaev, Z., Abdujalilova, S., & Abumalikov, R. (2023). CONTROL OF HEAT TRANSFER ABILITY OF RADIATORS USING THERMOVALVE. Journal of Construction and Engineering Technology, 1(1).
6. Erkinjonovich, A. Z., Abdujalilova, S. S., Aminjonovna, A. I., Abdulazizovna, M. N., & Botyrjonovna, Y. A. (2023). Fire Prevention Using an Automatic Shut-of Valve. CENTRAL ASIAN JOURNAL OF MATHEMATICAL THEORY AND COMPUTER SCIENCES, 4(8), 91-94.
7. Abdujalilova, S. S., & Zukhridinovna, R. S. (2023). MEASURING WATER CONSUMPTION IN FITTINGS. CENTRAL ASIAN JOURNAL OF MATHEMATICAL THEORY AND COMPUTER SCIENCES, 4(5), 29-33.
8. Akramovna, U. N., & Ismoilovich, M. R. (2021). Flow Around a Plate at Nonzero Cavitation Numbers. Central Asian Journal of Theoretical and Applied Science, 2(12), 142-146.
9. Umurzakova, M. A., Usmanov, M. A., & Rakhimov, M. N. (2021). ANALOGY REYNOLDS PRI TECHENIYAX AND DIFFUZORNO-CONFUZORNYX KANALAX. Economics and society , (3-2 (82)), 479-486.
10. Abbasov, Y., & Usmanov, M. (2022). CALCULATION OF THEIR POWER AND HEATING SURFACE IN IMPROVING THE EFFICIENCY OF AIR HEATING SYSTEMS. Science and innovation , 1 (A7), 738-743.
11. Abbasov, YS, Abdukarimov, BA, & Ugli Usmanov, MA (2022). Optimization of Working Parameters of Colorifiers used in Heat Supply Systems. Central Asian Journal of Theoretical and Applied Science , 3 (6), 399-406.
12. Maksudov, RI, Dehkanov, SS, & Usmanov, MA (2023). THERMAL INSULATION MATERIALS AND DETERMINATION OF THEIR OPTIMAL THICKNESS. Economics and society , (4-1 (107)), 151-157.
13. Abbasov , Y. _ S. , & ugli Usmanov , M. _ A. _ (2022). Design of an Effective Heating System for Residential and Public Buildings. Central Asian Journal of Theoretical and Applied Science , 3 (5), 341-346 .
14. Muminov, O., & Maksudov, R. (2022). HIDROTECHNICS PREVENT VIBRATIONS THAT OCCUR IN CONSTRUCTIONS. Science and innovation, 1(A7), 762-766.
15. Madaliyev , E. , Makhsitalayev , B. , & Rustamova , K. (2022). IMPROVEMENT OF SEWAGE FLATS. Science and innovation , 1 (A7), 796-801.
16. Madaliyev, E., & Maksitaliyev , B. (2022). A NEW WAY OF GETTING ELECTRICITY. Science oath innovation , 1 (A7), 790-795.
17. Madaliev, E., Madaliev, M., Mullaev, I., Sattorov, A., & Ibrokhimov, A. (2023, March). Numerical simulation of the layer mixing problem based on a new two-fluid turbulence model. In AIP Conference Proceedings (Vol. 2612, No. 1). AIP Publishing.
18. Isroiljonovich, M. I. (2022). USE OF HEAT INSULATION MATERIALS IN HEAT NETWORKS. CENTRAL ASIAN JOURNAL OF MATHEMATICAL THEORY AND COMPUTER SCIENCES, 3(12), 184-189.
19. Israiljonovich, M. I. (2022). HEAT-TECHNICAL CALCULATION OF THE SOLAR COLLECTOR. CENTRAL ASIAN JOURNAL OF MATHEMATICAL THEORY AND COMPUTER SCIENCES, 3(12), 115-120.
20. Mullaev, I. (2022). IMPROVING THE EFFICIENCY OF THE SOLAR-AIR HEATING DEVICE. Science and Innovation, 1(7), 756-761.
21. Azizovich, N. I. (2022). On The Accuracy of the Finite Element Method on the Example of Problems about Natural Oscillations. European Multidisciplinary Journal of Modern Science, 116-124.
22. Nasirov, I. (2022). АКТУАЛЬНОСТЬ ПРИМЕНЕНИЯ МЕТОДОВ МАТЕМАТИЧЕСКОГО МОДЕЛИРОВАНИЯ И МЕТОДОВ КОНЕЧНЫХ ЭЛЕМЕНТОВ В СТРОИТЕЛЬСТВЕ. Science and innovation, 1(A7), 711-716.
23. Носиров, И. А. (2022). МОДЕРНИЗИРОВАНИЕ КОНСТРУКЦИЙ ТУРБОДЕФЛЕКТОРОВ. CENTRAL ASIAN JOURNAL OF MATHEMATICAL THEORY AND COMPUTER SCIENCES, 3(12), 126-130.
24. Nosirov, A. A., & Nаsirov, I. A. (2022). Simulation of Spatial Own of Vibrations of Axisymmetric Structures. European Multidisciplinary Journal of Modern Science, 107-115.
25. J Orzimatov, S Qurbonova. Using membrane ultrafiltration equipment for drinking water disinfection // Tom 1, Science and Innovation 2022/11/13
26. J.T. Orzimatov. Analysis of the prospects for the use of energy-efficient active solar devices in uzbekistan // American Journal of Applied Science and Technology, Tom 2, 2022/6/30
27. Yu K Rashidov, JT Orzimatov, K Yu Rashidov, ZX Fayziev. The method of hydraulic calculation of a heat exchange panel of a solar water-heating collector of a tube–tube type with a given nonuniform distribution of fluid flow along // Tom 56, Applied Solar Energy 2020/1
28. Yu K Rashidov, JT Orzimatov. Solar air heater with breathable matrix absorber made of metal wire tangle // Tom 5, Scientific-technical journal 2022.
29. Abdukarimov, B.A., Tillaboyeva F. Sh, va A.T.A’zamjonov. «QUYOSH SUV ISITISH KOLLEKTOR ISILIK QUVURLARIDAGI GIDRAVLIK JARAYONLARNI HISOBLASH». Ekonomi va sotsium 4-1 (107) (2023): 4-10.
30. qizi Tillaboyeva, F. S. (2023). QUYOSHLI SUV ISITGICH KOLLEKTORLARINING ISSIQLIK ALMASHINUVI HISOBI. GOLDEN BRAIN, 1(31), 156-162.
31. qizi Tillaboyeva, F. S. (2022). QUYOSH KOLLEKTORLARI. QUYOSH KOLLEKTORLARINING TURLARI VA KOMPONENTLARI. INTERNATIONAL СONFERENCE ON LEARNING AND TEACHING, 1(6), 255-258.
32. Ибрагимова, З. К. К., Хамдамова, Н. С. К., Умуркулов, Ш. Х. У., & Сабиров, Д. Р. У. (2022). Подготовка питьевой воды из маломощных поверхностных водоисточников. Central Asian Research Journal for Interdisciplinary Studies (CARJIS), 2(Special Issue 4), 77-83.
33. OBIDOV J., UMURQULOV S. O ‘ZBEKISTON YASHIL IQTISODIYOT SOHASIDA ISLOHOTLARNI AMALGA OSHIRISHDA MUQOBIL ENERGIYA MANBALARINING O ‘RNI VA AHAMIYATI //Bulletin of Contemporary Studies. – 2023. – Т. 1. – №. 3. – С. 15-18.
34. Solijonov, MV (2022). QUYOSH ENERGİYAsidan FOYDALANGAN YANGI QOYISH HAVO ISITISH PARAMETRLARINI ISHLAB CHIQISH PARAMETRLARINI OPTİMLAYTIRISh. MATEMATİK NAZARIYA VA INFORMATYA FANLARI MARKAZIY ASIAN JURNALI , 3 (12), 190-197.
35. Abdukarimov, BA, Solijonov, MV, & Abdumalikov, RR (2023). AN'VANSIY VA QAYTA OLiladigan ENERGIYA MANBALARI ASOSIDA ISHLAB CHIQISH ISILIK TA'MINLANISH TIZIMLARINI TADQIQOT. OLTIN MIYA , 1 (1), 253-255.
36. Abdukarimov, A., Solijonov, M., & Abduxamidov, A. (2022). QUYOSH ENERGIYASIDAN FOYDALANISHDA YANGI SOLAR HAVO ISITISHLARNING ISHLATILISH PARAMETRLARINI OPTİMLAYTIRISh. Fan va innovatsiyalar , 1 (A8), 815-823.
37. Qosimov A. S., Srojidinov D. R. AVTOPOEZDLAR TORMOZ MEXANIZIMLARI PNEVMATIK QUVIRLARINING TEXNIK HOLATINI, AVTOPOEZDLARNING MOS TURIGA TADBIQ QILISH //Educational Research in Universal Sciences. – 2023. – Т. 2. – №. 3. – С. 474-480.
Published
2023-12-26
How to Cite
Madrakhimov Mamadali Mamadalievich. (2023). Application of Micro-Hydroelectric Power Stations in Water Barriers using Siphon Pipes in Water Facilities. Central Asian Journal of Theoretical and Applied Science, 4(12), 218-223. Retrieved from https://cajotas.centralasianstudies.org/index.php/CAJOTAS/article/view/1395
Section
Articles
