Title :
Time control method on full-process dynamic real-time simulation of power system with parallel-in-time-space
Author :
Zhou Xiao-Xin ; Han Zhong-xu ; Tian Fang ; Li Ya-Lou ; Li Fang ; Tian Xin-shou
Abstract :
The full-process dynamic real-time simulation not only needs to research the hybrid simulation technology, but also uses information theory, control theory and other disciplines of theory and knowledge, and coordinate information exchange process between the different simulation devices, and realizes real-time dynamic simulation for information flow between various types of physical devices, which is a fast and slow hybrid dynamic process in time scale. This requires that a more reasonable and effective time control method should be used, realizing the time unified control during the entire process of simulation. The paper analyzes the demand to platform of real-time simulation computer operating system, the emphasis is on the research and exploration of time control method of full-process dynamic real-time simulation of power system with parallel-in-time-space through analyzing time control of real-time system, and its application expectation is also given.
Keywords :
information theory; power system control; power system simulation; control theory; full-process dynamic real-time simulation; information exchange process; information flow; information theory; parallel-in-time-space; power system; time control method; time unified control; Computational modeling; Indexes; Memory management; Computer control system; Dynamic process; Parallel-in-time-space; Real-time simulation; Sampling theorem; Time control;
Conference_Titel :
Power System Technology (POWERCON), 2010 International Conference on
Conference_Location :
Hangzhou
Print_ISBN :
978-1-4244-5938-4
DOI :
10.1109/POWERCON.2010.5666536