HYBRID DISTRIBUTED GENERATION SYSTEMS WITH RENEWABLE SOURCES AND A NETWORK ENERGY STORAGE IN THE FORM OF COMPRESSED AIR

Authors

  • S.M. Asanova Kyrgyz State Technical University named after. I. Razzakova
  • T.K. Satarkulov LLC "Nur Al Energo"
  • D.U. Asanova Bishkek City Thermal Power Plant
  • K. Satarkulov Institute of Mechanical Science, Automation and Geomechanics of the National Academy of Sciences of the Kyrgyz Republic
  • A.B. Kalmurzaev Kyrgyz State Technical University named after. I. Razzakova

Keywords:

distributed energy system, renewable energy sources, solar power plant, micro-wind farm, solar battery, wind generator, inverter, mathematical model.

Abstract

The scheme of a hybrid wind-solar power plant with a compressed air energy storage is considered. A method is proposed for converting the constant voltage of solar power plants into an alternating voltage of acceptable power quality without the use of semiconductor devices, by using technological operations for generating electric energy in a certain sequence using a compressor, a compressed air energy storage device and a wind turbine. To generate electricity with a stabilized voltage frequency of 50 Hz, a new type of micro-wind farm of low power with a centrifugal regulator was used.

References

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Published

2024-04-19

How to Cite

Asanova, S., Satarkulov, T., Asanova, D., Satarkulov, K., & Kalmurzaev, A. (2024). HYBRID DISTRIBUTED GENERATION SYSTEMS WITH RENEWABLE SOURCES AND A NETWORK ENERGY STORAGE IN THE FORM OF COMPRESSED AIR. Problemy Avtomatiki I Upravleniâ, (1), 113–121. Retrieved from https://pau.imash.kg/index.php/pau/article/view/463

Issue

Section

AUTOMATION AND NEW TECHNOLOGIES IN POWER SYSTEMS

Categories