THE USE OF THE ROBUST CONTROL METHOD FOR REGULATION IN SYNCHRONOUS GENERATOR SYSTEMS

Article Sidebar

pdf
Published: Apr 4, 2022
Keywords:
control excitation synchronous generator

Main Article Content

Ibrohimov Valiyorbek Ilyosbek ugli
Trainee Teacher of Kokand Branch of Tashkent State Technical University
Otakhonov Husan Raxmatjon ugli
Trainee Teacher of Kokand Branch of Tashkent State Technical University

Abstract

The article analyzes the problems of strict control of excitation of synchronous generators, quality indicators of automatic control systems, factors affecting control and their origin, methods of control of synchronous generators, trends, theories, the basic structure of a robust control system.

Article Details

How to Cite
Ibrohimov Valiyorbek Ilyosbek ugli, & Otakhonov Husan Raxmatjon ugli. (2022). THE USE OF THE ROBUST CONTROL METHOD FOR REGULATION IN SYNCHRONOUS GENERATOR SYSTEMS. Galaxy International Interdisciplinary Research Journal, 10(4), 36–41. Retrieved from https://giirj.com/index.php/giirj/article/view/2514
Issue
Vol. 10 No. 4 (2022): GIIRJ
Section
Articles
Creative Commons License

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

References

Gorev A. A. Transitive processes of a synchronous machine. L.: Nauka, 1985. 502 p.

Zhdanov P. S. Questions of stability of electric systems. M.: Energiya, 1979. 455s.

Venikov V. A. Transient electromechanical processes in electric systems. M.: Higher School 1978. 415 p.

Venikov V. A., Herzenberg G. R., Sovalov S. A. et al. Strong regulation of excitation. M.; L.: Gosenergoizdat, 1963. 152 p.

Application of analog computers in energy systems / Ed. by N. I. Sokolov. M.: Energia, 1964. 408 p.

Levinshtein M. L. Operational calculus in problems of electrical engineering. L.:Energia, 1972. 358 p.

Glebov I. A. Electromagnetic processes of synchronous motor excitation systems. L.: Nauka, 1987. 344 p.

Venikov V. A., Litkens I. V. Mathematical foundations of the theory of automatic control of power system modes. M.: Higher School, 1964. 206 p.

Osipov I. L., Shakaryan Yu. G. Electric machines. Synchronous machines. M.: Higher School, 1990. 304 p.

Microprocessors in power engineering / O. I. Bashnin, V. V. Buevich, V. E. Kashtelyan, V. V. Kichaev, V. M. Prokhorov, V. V. Semenov, A. A. Yurganov. Edited by I. A. Glebov. L.: Nauka, 1982. 190 p.

Levinshtein M. L., Shcherbachev O. V. Static stability of electrical systems. St. Petersburg: SPbSTU Publishing House, 1994. 264 p.

Anderson P., Fuad A. Management of power systems and their stability. Moscow:Energia, 1980. 569 p.

Gruzdev I. L., Toroptsev E. L., Ustinov S. M. Determination of ARV settings for a set of power system modes. 1986. No. 4. P. 11-15.

Ustinov S. M. Method of simplifying mathematical models for controlling the damping properties of electric power systems. Energy. 1992. No. 2. pp. 44-51.

Gruzdev I. A., Maslennikov I. A., Ustinov S. M. Development of methods and software for analysis of static stability and damping properties of large power systems // Methods and software for calculating the oscillatory stability of power systems. St. Petersburg: FEO, 1992. pp. 66-88.

Kachanova N. A., Shelukhin N. N. Equivalence of schemes and modes of electric power systems. 1980. No. 12. pp. 9-14.

Dimo P. Nodal analysis of electrical systems / Per. ed. V. A. Venikov. M.: Mir, 1973. 170 p.

Krumm L. A., Mantrov V. A. Methods of adaptive equivalence in the tasks of analysis of steady-state regimes of energy systems and their management. Energy and Transport, 1989, No. 6, pp. 19-32.

Frolov V. I. Simplification of schemes of electric networks of power systems for calculation of steady-state modes with local perturbations. Izv.AN SSSR. Power engineering and Transport. 1991. No. 4. pp. 80-92.

Smirnov K. A. Equivalence of complex electric power systems at given node capacities. 1993. No. 12. S. 10-15.

Yurganov A. A. Equivalent external reactance determination for a Power Plant ope-rating in a complex electric Power System / 9th Intern. Power System conference PSC-94. July 1994. StPetersburg. P. 145—151.

Lokhanin E. K. et al. The complex of programs for calculation of stability of power systems (revision 1984), Studies on the stability of power systems and anti-emergency automation. M.: Energoizdat, 1986. S. 90-94.

Wirth E., Castelli G. POSCOLab — modeling software to analyze on-bootable flow, short circuit and resistance of electrical networks // Overview of ABB. 1993. No. 5. P. 19-28.

Zekkel A. S., Esipovich A. K. Calculation of oscillatory stability of power systems and optimization of settings of ARV generators // Methods and software for calculation of oscillatory stability of power systems. SPb.: FeO, 1992. P. 36-43.

Test circuit for calculations of static stability of power systems E. D. Azaryeva, 3. G. kosinska, I. A. Gruzdev, V. A. Maslennikov, S. M. Ustinov // Methods and software for calculation of oscillatory stability of power systems. SPb.: FeO, 1992. P. 66-88.

Roth A. Identifikation der Leitungsreaktanz zur Realisierung der adaptiven Schlupf-stabilisierung // Brown Boveri Mitt. 1983. Bd 70, N 9/10. S. 360—364.