Authors : Zhilenkov Anton, Chernyi Sergei, Sokolov Sergei and Afanasiev Boris
Abstract: Power plants of autonomous facilities usually generate power by means of multiple paralleled Synchronous Generators (SyG). When applying or cutting the load, reactive and active power is transferred between paralleled generators because the static and dynamic properties of generator units are not identical. This problem is usually solved by PID controllers. However, they have to be re-configured in operation due to alterations in the parameters of diesel engines, generators and ACS components that form the Generator Unit (GU). Such altered parameters of GU components are referred to as destabilizing factors as they have a negative impact on the quality of power and the stability of the system.
Zhilenkov Anton, Chernyi Sergei, Sokolov Sergei and Afanasiev Boris, 2018. Application of Mathematical Models for Calculating the Stability of Complex Systems. Journal of Engineering and Applied Sciences, 13: 5644-5648.