Calculation Of Multi Machine Infinite Bus System (Mmib) Optimal Points For Facts Controller Using Ga And Comparing With Other Facts Controllers
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Keywords
Neuton-Raphson Algorithm, Load Flow, Unified Power Flow Controller (UPFC), Hybrid Power Flow Controller (HPFC), Flexible Alternating Current Transmission Systems, Genetic Algorithm, Static VAR Compensator and Thyristor controlled switched capacitor (TCSC)
Abstract
This paper introduces Flexible AC Transmission System (FACTS) devices in the power system which is a successful opportunity for using transmission lines. Assembling of FACTS controllers at the best area in the system is the major investigation. The UPFC is also one of the controllers in combined FACTS controller. This kind of controller is a very classy controller and it is providing the amount come of its preparation. With wide selection of working and blame situations, the enactment calculation of various FACTS controllers has been completed. Then UPFC controller of power system load or power flow control characteristics are compared with different FACTS controllers. These FACTs controllers are having the better- quality. The distinguishing HPFC proposals are anticipated or dedicated on a MMIB bus. Hybrid Power Flow Controller (HPFC) which can be planned utilizing the current VAR compensator/controller has the favorable position that it is financially savvy and is an execution proportionate option of UPFC. With utilizing or limiting circumstances capabilities are produced in UPFC and HPFC of the power system. In this paper has newly introduced Genetic Algorithm method using the Hybrid Power Flow Controller (HPFC) with multi machine power system. Then simulation results are compared with rest of the controllers of Power system using IEEE 62 Bus and IEEE 118 Bus Test System.
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