The article analyzes the efficiency of existing jet turbines. The nozzle jet
turbine, which works effectively in low-pressure water sources, has also been improved by
installing an internal guide device. The results of tests of the developed experimental model of
a hydroturbine are analyzed. During the experiment, it was found that the efficiency and speed
of the hydroturbine are 16-25% higher than the prototype, depending on the water pressure.
The article analyzes the efficiency of existing jet turbines. The nozzle jet
turbine, which works effectively in low-pressure water sources, has also been improved by
installing an internal guide device. The results of tests of the developed experimental model of
a hydroturbine are analyzed. During the experiment, it was found that the efficiency and speed
of the hydroturbine are 16-25% higher than the prototype, depending on the water pressure.
| № | Имя автора | Должность | Наименование организации |
|---|---|---|---|
| 1 | Kh S.U. | lecturer | Andijan Institute of Agriculture and Agrotechnology |
| 2 | S F.E. | lecturer | Fergana Polytechnic Institute |
| 3 | R U.A. | lecturer | Andijan State University |
| 4 | O O.B. | lecturer | TSTU |
| № | Название ссылки |
|---|---|
| 1 | O.O. Bozarov., Kh.S. Usarov., B.A. Kiryigitov. Opportunities and prospects of alternative sources of electricity. “The role of alternative energy sources in the development of the energy sector”, 2021. 92. |
| 2 | O.O. Bozarov., Kh.S. Usarov., B.A. Kiryigitov. “The role of alternative energy sources in the development of the energy sector”, 2021. 643 |
| 3 | O.O. Bozarov. Doctoral thesis on the creation of a micro-hydroelectric unit with a reactive hydroaggregate for agricultural consumers. “Andijan branch of Tashkent State Agrarian University”, 2020. 51 |
| 4 | G. Muller., K.Kauppert. Oldwatermills - Britain's new source of energy, “Newcivil engineer international”, 2003. 20. |
| 5 | A.L. Vstovsky., M.G. Arkhipsev., E.A. Spirin. Asynchronous generator control system for renewable energy sources. “Tomsk Polytechnic University”, 2014. 134. |
| 6 | O. Bozarov., Kh. Usarov., B. Kiryigitov. Preparation of a micro HPP electric generator based on an asynchronous phase-rotor electric motor. “Uzbek hydropower scientific and technical journal”, 2020. 40. |
| 7 | R.U. Aliev., O.O. Bozarov. Reactive hydraulic turbine with power up to 100 kw on the basis of loval snip. “Journal of advanced research in science, engineering and technology”, 2018, 7448 |
| 8 | O.O. Bozarov., B. Rayimdjanov. Optimizing the main parameters of a reactive hydroturbine micro-hydrogen and experimental test results, // Collection of the republic-wide scientific and practical conference on the theme. Innovative development of modern science. “Andijan Institute of Mechanical Engineering”, 2019. 498. |
| 9 | V.Obretenov., T.Tsalov., Stand for Testing of Hydrokinetic Turbines. https://www.researchgate.net/publication/267510438 |
| 10 | R. Pokhrel., B. Bhandari. Testing and development of pico hydro turbines, International Journal on Hydropower and Dams January 2005 https://www.researchgate.net/publication/285685947 |
| 11 | S. Arad., L. Samoila., I. Sardaroiu. Laboratory stand with micro hydro generator, annals of the University of Petrosani. “Electrical Engineering”, 2020. 55. |
| 12 | O.O. Bozarov., B. Rayimdjanov. Optimizing the main parameters of a reactive hydroturbine micro-hydrogen and experimental test results. Collection of the republicwide scientific and practical conference on the theme "Innovative development of modern science. “Andijan Institute of Mechanical Engineering”, 2019. 498 |