The Summary of Chaos Theory in PV System

Abstract:

In the situation that the traditional energy shortage and environmental pollution problems have become increasingly grim, the new energy research has been widespread concern at home and abroad. Represented by distributed photovoltaic power is gradually from a stand alone system toward large-scale grid direction. However, the PV system chaotic phenomena threaten the stability of the system.

• Periodical: Advanced Materials Research (Volume 811)
• Pages: 698-701
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.811.698
• Online since: September 2013
• Authors: You Jie Ma, Ling Ma, Xue Song Zhou
• Keywords: Chaos, PV, Stability

References

[1] Tang Wei, Li Dianpu, Chen Xueyun. Chaos theory and its application [J]. Power Systems, 2000, 24 (10): 67-701.

[2] Liu Bingzheng. Nonlinear dynamical system and chaos basis [M]. Changchun: Northeast Normal University Press, 19941.

[3] Gu Xiaorong, Xue Yusheng. Resynchronization in chaotic phenomena [J]. Power Systems, 1999, 23 (13) : 18-211.

[4] Zhang Weidong, Zhang Weinian. Power system chaotic oscillation parameter analysis [J]. Power System Technology, 2000, 24 (12): 17-201.

[5] Lorenz E.N. 1963. Deterministic nonperiodic flow. Journal of Atmos. Sci, (20): 130-141.

[6] Han Min . 2007. Chaotic time series prediction theory and method, Beijing: China Water Power Press.

[7] Wang Yuan . 2003. Chaotic complicated nonlinear systems. Beijing: Electronic Industry Press.

[8] Liubing Zheng, Peng Jianhua . 2004. Nonlinear dynamic system. Beijing: Higher Education Press.

[9] Caojian Fu, Han Chong, Wang Fang Yang . 2006. Nonlinear Theory and Applications, Xi an: Xi an: Jiao tong University Press.

[10] Chen Feng Su . 2006 Chaos Control and Its Application, Beijing: China Electric Power Press.

[11] Hexing Yao, 2007. Nonlinear theory and application, Xi an: Xi dian University Press.