Research on Control Parameter Optimization of Hydro-Turbine Governing System Based on Slime Mold Optimization Algorithm
In order to improve the control performance of the water turbine regulation system,a mathematical model of the full-channel water diversion system is established based on the equivalent circuit method.And then the overall model of the water turbine regulation system is constructed by combining the models of the turbine,generator and gover-nor.On this basis,Slime Mold Optimization Algorithm is introduced to optimize PID parameters of hydraulic turbine governor.Finally,the simulation results at different operating conditions show that the SMA algorithm has fast conver-gence speed and strong optimization ability.the governor based on this algorithm can make the hydraulic turbine regula-tion system have better dynamic stability.The research can provide a reference for practical engineering applications.
SMA algorithmhydro-turbine governing systemequivalent circuit methodcontrol parameter optimi-zation
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