EXPANDED OPTIONS FOR THE USE OF HYDRO-WIND POWER INSTALLATION AND AUTOMATIC STABILIZATION OF ITS OPERATION MODES

Authors

Bakasova A.B. Machinery researching and Automatics Institute of Kyrgyz Republic National Academy of Science
Asanov M.S. Machinery researching and Automatics Institute of Kyrgyz Republic National Academy of Science
Satarkulov K. Machinery researching and Automatics Institute of Kyrgyz Republic National Academy of Science

Keywords:

wind microelectric power station; a damper for smoothing the pressure jump in the pipeline from a gust of air flow; mathematical and computer modeling, stabilization of the micro HPP operation mode.

Abstract

The article considers the design of a micro power station (MPS), which allows a small hydro-electric station to generate electricity under the influence of wind flow of air. The air enters the drive unit through a pressure line from a diffuser with straight, tapered channels. To smooth out pressure drops in the unit caused by gusts of wind flow, the MPS damper stabilizing mode of operation is used. A new design of a hydroelectric unit of higher power with a centrifugal regulator of the MPS shaft speed was proposed, as well as a variant of MPS operation in combination with a wind microelectric power station, operating also from the ascending flow of hot air through the pipeline. The MPS functionality is confirmed by the results of computer modeling.

References

Ниязова Г.Н., Яблочников А.М., Сатаркулов К. Принцип стабилизации частоты микро-гидроэлектростанций нового типа // Известия ВУЗов Кыргызстана. 2016. № 6. С. 30-33.

Бакасова А.Б., Сатаркулов К.А., Ниязова Г.Н., Яблочников А.М., Усубалиева Г.К. Моделирование микро-ГЭС малой мощности с маховиком, автоматически регулирующим момент инерции // Информатика и системы управления. 2019. № 1 (59). С. 36-45.

Бакасова А.Б., Сатаркулов К., Ниязова Г.Н., Сатаркулов Т.К. О методе анализа надежности и диагностики состояний микро-ГЭС для автономного электроснабжения Проблемы автоматики и управления. 2020. № 1 (38). С. 15-20.

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Хэссард Б., Казаринов Н., Вэн И. Теория и приложения бифуркации рождения цикла; пер. с англ. – М.: Мир, 1985.