The Design of Tunnel Lighting Intelligent Control System

Abstract:

It is serious that the electric energy waste exists in highway tunnel operation. Operators and institutes of scientific research pay more and more attention that how to reduce the energy consumption of lighting system of highway tunnels, improve the effect of tunnel lighting and ensure traffic safety. In order to solve the problem of the current tunnel lighting system with high energy consumption, a tunnel lighting intelligent control system based on environmental information perception and vehicle behavior information perception is proposed in this paper for ChiBai tunnel project. In this system, the existence of the vehicle or not is the basis of lighting state switching, environmental information and vehicle behavior information are the basis for calculation of the lighting brightness, pavement illuminance is real-time monitored by the monitoring cameras, closed-loop feedback control of the lighting brightness is achieved through real-time monitoring of pavement illuminance and PID algorithm. The intelligent control system is composed of five parts, in this paper, there are detailed introductions about the function of various parts of the system, including hardware structure, connecting method and the system of dimming control strategy, software functions and the equipment layout position.

• Periodical: Applied Mechanics and Materials (Volume 734)
• Pages: 984-993
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.734.984
• Online since: February 2015
• Authors: Qian Zhang, Li Li Dong, Wen Hai Xu, Li Qin
• Keywords: Energy-Saving, Intelligent Control, Tunnel Lighting

References

[1] Xiaoqin Zhang, Xiwu Li, Jian Liu and Yan Long: submitted to Journal of Logistical Engineering University ( 2011), pp.60-65. (In Chinese).

[2] Peiquan Liu: submitted to China ITS Journal (2012), pp.117-119. (In Chinese).

[3] Yingkui Hu, Zhonglin Chen and Chunhong Sun: submitted to Journal of Highway and Transportation Research and Development (2011), pp.98-101. (In Chinese).

[4] Yingming He, Chonggui Wang and Jinyu Liu: submitted toTransport Standardization (2010), pp.32-36. (In Chinese).

[5] Libin Lu: submitted to China ITS Journal (2010), pp.93-97. (In Chinese).

[6] Lanying Guo, Bo Liang and Shengrui Zhang: submitted to Journal of Northwest University (Natural Science Edition) (2009), pp.571-575. (In Chinese).

[7] Shouzhong Feng: submitted to Chinese Journal of Underground Space and Engineering(2012), pp.1426-1430. (In Chinese).

[8] Tiantian Yu, in: Study on Energy-saving Control in the Lighting System of Highway Tunnel, edtied by Xi'an University of Architecture and Technology (2013). (In Chinese).

[9] Jing Hu: submitted to Technological Development of Enterprise (2014), p.67+69. (In Chinese).

[10] Li Li: submitted to Municipal Engineering Technology (2014), pp.98-102. (In Chinese).

[11] Guowei Li: submitted to Transportation Standardization (2014), pp.160-162. (In Chinese).

[12] Dong Chen: submitted to China ITS Journal (2011), pp.116-117. (In Chinese).

[13] Tao Li: submitted to Technological Development of Enterprise (2011). (In Chinese).

[14] Ling Zhang and Cuixia Hao: submitted to China Illuminating Engineering Journal (2011), pp.36-40+45. (In Chinese).

[15] Xiangchun Kong and Xiaoyang Chen: submitted to Technology of Highway and Transport (2014), pp.132-134+143. (In Chinese).

[16] Xiaoyang Chen, Dayan Wang, Yanglong Jiang and Dongsen Zhang: submitted to Technology of Highway and Transport (2014). (In Chinese).

[17] Yi Du and Qing Luo: submitted to China ITS Journal (2014), pp.116-117+130. (In Chinese).

[18] Yanfeng Wang, in: The research on highway tunnel lighting energy saving, edtied by Chang'an University (2009). (In Chinese).

[19] Wei Wu, Mingguang Wu and Yanpeng Liu: Industrial Informatics, 2006 IEEE International Conference. 1237-1240 (2006).

[20] Information on http: / www. tridonicatco. com.

[21] Information on http: / www. dali-ag. org.

[22] Ma Yuan, Wobschal and Darold: submitted to SAS. IEEE. 1-3(2007), pp.6-8.

[23] Cecilia Contenti: submitted to IEEE 0-7803-7404-5/02 (c) (2002).

[24] Hopkins, D. C and Moronski. J: submitted to Power Electronics Conference and Exposition (2002), The Seventeenth Annual IEEE vol. 2. 931-935 (2002), pp.10-14.

[25] Q Zhang and Lee. D: The Fifth International Conference vol. 2. 1168-1171 (2003), pp.17-20.

[26] G. Parise, L. Martirano and S. Pierdomenico, in: An adaptive criterion to design the lighting system in the road tunnel, edited by Industry Appl. Conf(2007), 42nd IAS Annual Meeting. Conf.

DOI: 10.1109/07ias.2007.194

[27] D. Wuller and H. Gabele, in: The usage of digital cameras as luminance meters, submitted to Proceedings of SPIE (2007).