Coordinated intelligent operation and emergency control of electric power systems
This chapter presents the following approaches and developments: (1) the approach to power system state estimation based on structural and functional decomposition. PMU measurements are used to coordinate the solutions obtained in individual areas; (2) a non-iterative method to calculate voltage magnitude and phase at all the buses, allowing the state parameters of EPS to be obtained fast enough; (3) the approach to the super short-term forecasting of state variables on the basis of neural network technologies and algorithms of nonlinear optimization that is realized in the ANAPRO software; (4) an analysis of the possibility of determining weak ties and cut sets in EPS; (5) a control system based on the multi-agent technique; (6) the development of selective automatic systems intended to prevent and eliminate out-of-step operation on the basis of synchronized voltage phase measurements obtained from Phasor Measurement Units. © 2012, IGI Global.
Библиографическая ссылка
Voropai N., Kolosok I., Korkina E., Paltsev A., Glazunova A., Kurbatsky V., Tomin N., Gamm A., Golub I., Bershansky R., Panasetsky D.A., Efimov D., Popov D., Rehtanz C., Häger U. Coordinated intelligent operation and emergency control of electric power systems // Innovation in Power, Control and Optimization: Emerging Energy Technologies / Hershey: Eng.Sci.Ref.. 2011. P.1-56. ISBN (print): 978161
