STUDY OF THE DYNAMIC STABILITY OF THE POWER SYSTEM OF THE SYRIAN ARAB REPUBLIC

Ilhomjon Qodirov

Authors

 

Alzakkar Akhmad – PhD student, Department of Electric Power Systems and Networks, Federal State Budgetary Educational Institution of Higher Education, Kazan State EnergyUniversity, Kazan, Russia, ahmadalzakkar86@gmail.com

Mestnikov N.P. – post-graduate student of the North-Eastern Federal University, Institute of Physics and Technology – Department of Power Supply, Yakutsk, Russia, Sakhacase@bk.ru

Alkhaj Hassan Fouad – PhD student, Department of Electric Power Systems and Networks, Federal State Budgetary Educational Institution of Higher Education, Kazan State Energy University, Kazan, Russia, Fouadhajjhassan42@gmail.com

Valeev I.M. – Doctor of Technical Sciences, Professor, Department of Electric Power Systemsand Networks, Federal State Budgetary Educational Institution of Higher Education, Kazan State Energy University, Kazan, Russia, Ilgizvaleev@mail.yandex.ru

 

Annotation

 

   The article is devoted to the study and analysis of the values ​​of the interconnections between electric power systems, which increase with greater probability due to the dependence of all countries and states on the consumption of electricity and the ease of its transmission in order to obtain technical and economic advantages. The article examines the values of the interconnection between the electricity systems of the Middle Eastern countries. As an example, a single-line diagram of the electrical network in Syria with a voltage of 230 – 400 kV is presented. Graphical interpretations and mathematical patterns of the functioning of individual elements of the power supply system are presented. Mathematical modeling of the interconnection of electric power systems, analysis and determination of synchronism modes of generation objects, as well as analysis of the stability of equipment operation were performed. The stability of main generators and rotor angle curve of generation units of four power plants in Syria before and after their interconnection with the systems of seven Arab Middle East countries has been checked. In order to determine the rotor angle parameters of the rotating generators, the stability of the equipment was verified, namely, the rotor angle corresponds to the parameters of the independent grid of the Syrian electricity system within the project of interconnection of seven Arab countries of the Middle East.

 

Keywords

 

 connection, power line, power, rotor angle

 

References

 

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Publication date

2023-10-27

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