Author(s)

Allaev Kaxramon Raximovich, Makhmudov Tokhir Farkhadovich

Department “Electric Stations, Networks and Systems”, Tashkent State Technical University Named after Islam Karimov, Tashkent, Uzbekistan.

In this article the mathematical model of complex regulated electric system in matrix form is developed. This mathematical model makes it possible to study the steady-state stability of a complex electrical system by determining the eigenvalues of the dynamics matrix. The model of an electrical system that reflects transient processes for small deviations is convenient, both algorithmically and computationally, in particular, in cases of their joint solution with steady-state equations—the equations of nodal voltages. The obtained results in the form of the eigenvalues of the matrix spectrum are qualitatively the same as the results of classical studies, which is a consequence of the adequacy of the proposed model and the correct reflection of the dynamic processes occurring in a real electrical system. In addition, the equations obtained are of independent importance for the analysis of various modes, including transient, electrical systems of any complexity.

Electric System, Small Oscillations, Automatic Excitation Control, Matrix, Matrix Spectrum

Kaxramon Raximovich, A. and Tokhir Farkhadovich, M. (2018) Analysis of Small Oscillations in Complex Electric Power Systems. Engineering, 10, 253-261. doi: 10.4236/eng.2018.105017.