A Robust PID Power System Stabilizer Design of Single Machine Infinite Bus System using Firefly Algorithm

This paper presents the design of a proportional-integral-derivative power-system-stabilizer using the firefly algorithm for tuning of stabilizer parameters and washout (reset). The proposed optimization of parameters is carried out with eigenvalue analysis based objective function for two cases to guarantee the stability for the single-machine-infinite-bus system model for a wide range of operating conditions. The system performance with firefly algorithm tuned controller is compared with Bat-Algorithm optimized Conventional-Power-System-Stabilizer controller. The power system robustness is tested on 133 operating conditions. According to the eigenvalue analysis and time response parameters results, the FA-PID-PSS (case-II) can stabilize the system for all operating conditions.

Keywords:

“Conventional power system stabilizer”, “Firefly algorithm optimized proportional integral derivative based power system stabilizer (FA-PID-PSS)”, “Bat algorithm optimized conventional power system stabilizer (BA-CPSS)”,

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