Research on Remote Monitoring and Control System Based on Communication Technology by Power Line Carrier

Abstract:

The communication by power line carrier has been became the mainstream of the communication technology. With the development of science and technology, this technology is no longer limited to communications. Remote control system research based on the technology has been developed into a very hot topic at present. But the remote monitoring system design are not identical, and it caused many remote monitoring system appear to the compatibility problem. The paper firstly established the model of the power line carrier communication technology, and then on the basis of this model, completed remote monitoring system design research. This paper mainly took the current very hot intelligent household as a case study, and then spread the monitoring system according to the practical, and it have a description of the design about remote control system of power line carrier communication technology. The paper makes important theoretical basis for the other USES of remote monitoring system design based on this technology.

• Periodical: Applied Mechanics and Materials (Volumes 427-429)
• Pages: 465-469
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.427-429.465
• Online since: September 2013
• Authors: Yi Feng Hou*
• Keywords: Design Ideas, Intelligent Household, Modeling, Power Line Carrier Communication, Remote Control System, Theoretical Basis

References

[1] Yang Bang. The new integrated device practical circuit. Publishing house of electronics industry, 2012: 237-245.

[2] Zhang Youbing, Cheng Shijie, He Haibo. Low voltage power line high frequency carrier communication channel model . Automation of electric power systems, 2012(5): 45-47.

DOI: 10.1109/icpst.2002.1047608

[3] He Jian, Du Haixia, Kong Lingyu. The power line communication technology in the new era . Journal of northeast electric power college, 2011(9): 54-59.

[4] Shang Xiaojun. The development and characteristics of power line carrier communication technology. Power system communication, 2011(9): 67-70.

[5] Cai Wei, Le Jian. The overview of power line carrier communication channel modeling technology . Electric power system protection and control, 2012(1): 89-94.

[6] Hu Aiqun. Narrowband interference suppression technique of power line in spread spectrum communication . The future open automatic meter reading technology development BBS conference proceedings. 2012: 3288-3297.

[7] Pan Yingyu, Wang Liuqun. Present situation analysis and thinking of power line carrier communication. Journal of HeNan electric power, 2010(9): 101-103.

[8] Xie Zhiyuan, Sun Yan, Guo Hequn. Voltage power line channel modeling and analysis based on the theory of transmission line . Electric power science and engineering, 2010(9): 45-49.

[9] Ge Yanfeng, Lin Subin, Miu Xiren. Intelligent home control system design based on power line carrier communication technology . Modern architecture electric, 2011(1): 12-16.

[10] Zhou Lig ong. The basic course of ARM embedded system . Beijing aerospace university press, 2008: 267-278.