Tailoring the Controller Parameters Using Hybrid Flower Pollination Algorithm for Performance Enhancement of Multisource Two Area Power System

The stability of the multisource interactive power generation system can be achieved by accurately tuning the controller parameters, which regulates the power flow in the system. This article is dedicated to a novel hybrid flower pollination algorithm applicable to regulate the proportional-integral-derivative (PID) and proportional-integral cascaded with proportional-derivative (PIPD) controller structures integrated in the interlinked multisource two area AC-DC power systems. The supremacy of the projected algorithm is investigated with respect to the range of techniques discussed in the literature. The comparison parameters taken into consideration are variations in tie-line power, area frequency along with the reduction in controller errors to achieve better system stability.

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