Algorithms of master models for designing generators and power system parts synchronizer

Abstract

The technique for designing the automated control systems with a master model is proposed to be used for developing the adaptive devices for synchronizing generators and power system parts with high performance. The program motion trajectories for relative movement parameters of generator stress vectors and the parts of power systems formed on a control interval by synchronization are considered as the master models. The paper introduces the generalized structural-functional scheme of adaptive synchronization device and two advanced algorithms of master model operation. Each algorithm without overshoot delivers zero kinetic and potential energy values of synchronized object relative motion at the end of control interval. The authors tested the algorithms modeling synchronization of power system parts in Mustang.

Keywords

• power system
• synchronous generator
• synchronization
• synchronizer
• structural-functional scheme
• master model