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Simulation Model of Hydraulic Turbine Speed Control System and Its Parameters Identification Based on Resilient Adaptive Particle Swarm Optimization Algorithm

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4 Author(s)
Bai Ji-zhong ; Inst. of Water Resources & Hydro-Electr. Eng., Xian Univ. of Technol., Xian, China ; Xie Ai-guo ; Yu Xin-Hua ; Zhou Li-kun

A new simulation model of hydraulic turbine speed control system and mathematical models of microcomputer governor is proposed, and to investigate the first and second regulation characteristics of hydraulic turbine speed control system, after hydraulic turbine group connected to the major power systems. Simulation model established and parameters were identified intelligently by using resilient adaptive particle swarm optimization algorithm. The model parameters were finally determined with the measurement and validation and simulation. The first and second regulation process was simulated, the actual test values and simulation result values were compared, and the specific mathematical model was tested and verified. Results show that the simulation and the actual test on site are almost same, the difference of all indicators are less than 0.5%. Simulation model built can reflect the characteristics of speed control system under hydraulic turbine group connected to the major power systems. A reliable method is provided for solving similar hydraulic turbine speed control system model and model parameters measured and identification and verification. The application prospects are good.

Published in:

Power and Energy Engineering Conference (APPEEC), 2010 Asia-Pacific

Date of Conference:

28-31 March 2010