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In this paper, a coordinated control problem of ship power system with SVC is addressed based on Hamilton function method. Firstly, a sufficient analysis for nonlinear modeling of Marine Diesel Engine Generator, SVC modeling, and propulsive motor load coupled nonlinear dynamic characteristics, secondly Hamilton realization of the modeling of the generator is obtained by a present state feedback technique,...
Compared to the land power systems, the loads of the ship power systems have a egregious influence on the stability of the systems. The voltage stability of a ship power station is decided by the excitation system response characteristic of synchronous generator voltage regulation system. Furthermore, the dynamic loads and generators have high nonlinear and coupling interactions. In order to attenuate...
As ship power system continues to expand the scale, the workload of the calculation and analysis is growing. Using computer technology to create an object-oriented ship power system simulation platform will play an important role on the overall power system design and performance evaluation. In this paper, we add simulation application algorithm further based on the established graphical simulation...
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