Implementation of fuzzy-PID controller with demand response control to LFC model in real-time using LabVIEW Online publication date: Wed, 26-Jun-2019
by R. Vijaya Santhi; P. Srividya Devi
International Journal of Fuzzy Computation and Modelling (IJFCM), Vol. 2, No. 4, 2019
Abstract: This paper presents real-time simulation for single area power system with demand response (DR) to evaluate the performance of controller using LabVIEW. Here the mathematical model of LFC-DR for explorations is considered with external load disturbance are given in real-time. In this, controller is checked non-real-time simulation environmental platform and transformed the controller into a real-time model controller, which is used for testing in real operating conditions. This simulation in real-time provides a rapid solution for prototyping novel functions in different types of industrial processes and devices which are to be controlled in complex system. With the controller, simulation is carried out to monitor the results, i.e., the change in frequency deviation, the response plots are obtained for 1% to 100% load disturbance. It shows better performance and superiority by using fuzzy-PID controller-based LFC-DR single-area power system has over a classical controller under different operating scenarios.
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