Design of a Secure Electric Vehicle Charging Pile Control Device

Abstract:

This paper has designed a secure electric vehicle charging pile control device according to such security problems as the traditional electric vehicle charging pile control devices transmission data can be illegally intercepted easily in electrical communication process. The electric vehicle charging pile control device has used advanced data encryption technology, increased secure storage unit, which can prevent transmission data being intercepted or falsified illegally in electrical communication process effectively, so as to ensure datas integrity and confidentiality. Therefore, it has great practical value.

• Periodical: Applied Mechanics and Materials (Volumes 336-338)
• Pages: 69-75
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.336-338.69
• Online since: July 2013
• Authors: Feng Zhai, Ying Liu, Yi Lun Fu, Wei Cen, Zhi Qiang Sun
• Keywords: Control Device, Data Encryption, Decryption, Electric Vehicle Charging Pile, Security Authentication

References

[1] Liu Zhen-ya. Knowledge chrestomathy of smart electric network [M]. Beijing: China Electric Power Press, (2010).

[2] Xin Hua. Low carbon economy and electric vehicles: Trends and policies[J]. China Opening Herald, 2009, 10：31-35.

[3] Zhang Zhi-wen, Shen Jin-sheng. The mercerization thought and strategy explore to domestic electric vehicle [J]. The Journal of Quantitative & Technical Economics, 1999(1): 20-23.

[4] Zhang Zhi-wen, Shen Jin-sheng, Li Pei-qi. The society cost of city traffic and domestic electric vehicle's development[J]. China Soft Science, 1998(4): 82-87.

[5] Yu Feng-shan. The development state of domestic and oversea to vehicle electron[J]. China Machinery ＆ Electronics Industry, 2000, 18: 22-23.

[6] Wang Tao, Zhang Dong-hua, He Zhi-yi, Liang Xi. Study and Design of Charging Facilities for Electric Vehicles Control System[J]. Hubei Electric Power, 2011, 2: 11-12.

[7] Han Shuai, Lv Chun-mei, An Miao, Zhu Zhen-jun. Research and Design of Electric Vehicle AC Charging Terminal[J]. Electronics Quality, 2011, 8: 28-30.

[8] Li Wenxin, Wang Guanglong, Chen Jianhui. Embedded Measurement and Control System with Microsensors Based on S3C2440 and WinCE[J]. Computer Measurement & Control, 2009, 17（8）：1498-1504.

[9] China Electric Power Research Institute. Publicity materials of intelligent watt-hour meter information exchange security authentication[Z]. 2009, 112-113.

[10] Cen Wei, Zhao Bing, Feng Zhan-cheng. Explore of the local cost control smart meter's anti-attack capability test[J]. Electrical Measurement＆Instrumentation, 20112011, 48（545）: 51-55.