The article presents the principle of operation of a jet turbine with a nozzle
based on the "Segner" wheel and studies its shortcomings. In order to eliminate the identified
shortcomings, a guide device was developed, which is installed inside the hydraulic turbine
impeller. Using the Bernoulli equations and the Zhukovsky theory, the energy parameters of a
microhydroelectric power station with a developed divertor device and the water flow rate in a
hydroturbine are determined. The energy parameters calculated on the basis of theoretical
results are analyzed, and it is found that the efficiency of a hydroturbine increases by 10-20%
depending on the water pressure. This describes the guide device and the technical solution for
its placement.
The article presents the principle of operation of a jet turbine with a nozzle
based on the "Segner" wheel and studies its shortcomings. In order to eliminate the identified
shortcomings, a guide device was developed, which is installed inside the hydraulic turbine
impeller. Using the Bernoulli equations and the Zhukovsky theory, the energy parameters of a
microhydroelectric power station with a developed divertor device and the water flow rate in a
hydroturbine are determined. The energy parameters calculated on the basis of theoretical
results are analyzed, and it is found that the efficiency of a hydroturbine increases by 10-20%
depending on the water pressure. This describes the guide device and the technical solution for
its placement.
| № | Author name | position | Name of organisation |
|---|---|---|---|
| 1 | O O.B. | lecturer | TSTU |
| 2 | Kh S.U. | lecturer | Andijan Institute of Agriculture and Agrotechnology |
| 3 | R R.A. | lecturer | Andijan State University |
| 4 | S F.E. | lecturer | Fergana Polytechnic Institute |
| № | Name of reference |
|---|---|
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