A New High Voltage Transmission Lines Deicer Based on Vibrations Principle

Abstract:

In recent years, for the high voltage transmission lines suffered serious Icing lead wire dancing, break and tower collapsed, domestic and foreign strengthened the study of high-voltage overhead line deicing methods and put forward a variety of line deicing methods. This paper first introduced thermal ice-melting method, mechanical deicing method, natural deicing method and several common deicing methods and analyzed the pros and cons of various deicing program. Based on the analysis of deicing methods for the high voltage transmission lines, a new and simple high voltage transmission line deicer is brought forward. This paper briefly discussed the basic principles and advantages of the device, providing a new way of thinking for the high voltage transmission lines deicing and having a certain value and social benefits.

• Periodical: Advanced Materials Research (Volume 772)
• Pages: 604-607
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.772.604
• Online since: September 2013
• Authors: Jing Nie
• Keywords: Deicing, High Voltage Transmission Line, Vibrations Principle

References

[1] Xia Shan, and Naiqiu Shu: High Voltage Engineering Phase 4(2006), p.25.

[2] Shukai Xu, Yu Yang, and Chuang Fu: China Southern Power Grid Technology Vol. 2-2(2008), p.31.

[3] Ning Li: Disaster Prevention Science and Technology University Phase 9(2008), p.33.

[4] Shaohua Wang: High-voltage Electrical Phase 10(2010) , p.85.

[5] Heyun Liu, Di Zhou, Junping Fu, and others: China Power Vol. 34-3(2001), p.42.

[6] Longfu Luo and Zhiyu Zhao: Volkswagen Electricity Phase 2(2009).

[7] Wenzhao Zhang: Grid Technology Phase 12(2009), p.54.

[8] Shanqiang Gu: High Voltage Engineering Phase 9(2009), p.2243.

[9] Yang Liu.: Experimental Technology and Management Vol. 27-5( 2010), pp.3-3.