Ika Noer Syamsiana, Rizky Aprylianto Susilo, Ferdian Ronilaya
Abstract-Electric power system is a system that very complicated even for a small system that many variables that determine the stability of the system both the generation parameters and loading. In its operation, the electric power system always works within the limits of a very critical standard, this is to maintain the load changes or even possible disturbances that will occur. These changes and disruptions will make the system stability uninterrupted causing oscillations in the system. The power system works within the prescribed limits and if there is a good oscillation in the short or long term it can have a significant effect on the continuity of the operation. In terms of overcoming it, a lot of equipment can reduce the oscillation in the system. Moreover, the electric power system with the auxiliary equipment had a non-linear system. Static VAr Compensator (SVC) is one of the auxiliary equipment that will be used in this research, and the model of the electric power system is a Single-Machine Infinite-Bus (SMIB). These two systems are not linear so they will be controlled based on synergetic control. Synergetic controls can work on systems without linearized them up like other controls must be linearized the system. The results will show how the performance of the synergetic control with various simulation schemes. © 2020 IEEE.
State Polytechnic of Malang, Department of Electrical Engineering, Malang, Indonesia