Optimal Allocation of UPFC for Protracting of Marine Electrical Power System

Abstract

The operation of the power system involves both conventional and contemporary controlling techniques related to the transfer of power from one location of generation to another location of consumption. Regarding their operational and observational performance in a wide area network system, they are in conflict with one another. The contemporary marine power system. The amount of electricity needed on a daily basis has significantly increased in recent years. One of the main limitations in the fields of power transmission and electricity generating is power limits. While the new maritime power system is dynamic and more observable in nature, the conventional system uses a non-dynamic type controller. Power electronic devices such as SCR, MOSFET, IGBT, GTO, Power BJT, and others are frequently used in the design of modern power controllers. Power can be delivered to or absorbed by a system in both modes thanks to the dynamic controller. A controller device is a useful instrument that may also reduce a network system's power outage. A number of metrics, including the system's voltage profile, real power, and reactive power using FACTS devices, such as UPFC, are covered in the study. For more accurate measurement of each of these parameters on each bus, the WLS Technique is chosen. The IEEE 14 Bus system using the WLS Technique and FACTS device integration is used to demonstrate the suggested paradigm. The simulation platform, which is based on MATLAB, is used to design and manage the model.