| THE MONTE-CARLO METHOD FOR RELIABILITY EVALUATION OF LARGE SCALE COMPOSITE GENERETION-TRANSMISSION SYSTEMS |
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| 作者姓名： | Li Wenyuan Sun Hongbo Zhou Jiaqi |
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| 作者单位： | Li Wenyuan Sun Hongbo Zhou Jiaqi |
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| 摘 要： | The paper presents a Monte-carlo method for reliability evaluation of large scale composite generation transmission systems. The method, which possesses coputational rapidity and sufficient accuracy,is based on combining the dispersed sampling techique with the analysis approach and the optimization model of power not supplied. Because the amount of calculation increases only linearly with, the number of elements, it is specially sui-
table for large scale systems. The Monte-carlo sampling draws more near the
real situation than determinate state enumeration in simulating occurrence of power system outages. Also, the method can be easily generalized to involve multi-states of elements, multi-levels and stochastic distribution of loads. The results of IEEE-RTS, as example, are given and compared with ones obtained by using the other two methods.
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| 关 键 词： | Reliability composite systems Monte-Carlo Method dispersed sampling technique |
THE MONTE-CARLO METHOD FOR RELIABILITY EVALUATION OF LARGE SCALE COMPOSITE GENERETION-TRANSMISSION SYSTEMS |
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| Li Wenyuan Sun Hongbo Zhou Jiaqi.THE MONTE-CARLO METHOD FOR RELIABILITY EVALUATION OF LARGE SCALE COMPOSITE GENERETION-TRANSMISSION SYSTEMS[J].Storage & Process,1989(3):92-98. |
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| Authors: | Li Wenyuan Sun Hongbo Zhou Jiaqi |
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| Institution: | Li Wenyuan Sun Hongbo Zhou Jiaqi |
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| Abstract: | The paper presents a Monte-carlo method for reliability evaluation of large scale composite generation transmission systems. The method, which possesses coputational rapidity and sufficient accuracy,is based on combining the dispersed sampling techique with the analysis approach and the optimization model of power not supplied. Because the amount of calculation increases only linearly with, the number of elements, it is specially sui-
table for large scale systems. The Monte-carlo sampling draws more near the
real situation than determinate state enumeration in simulating occurrence of power system outages. Also, the method can be easily generalized to involve multi-states of elements, multi-levels and stochastic distribution of loads. The results of IEEE-RTS, as example, are given and compared with ones obtained by using the other two methods. |
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| Keywords: | Reliability composite systems Monte-Carlo Method dispersed sampling technique |
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