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Academic Journal of Engineering and Technology Science, 2023, 6(10); doi: 10.25236/AJETS.2023.061006.

Design of Highway Icing Warning System


Xin Shuaichen, Yang Songbo, Liu Yuyao, Wang Yiping

Corresponding Author:
Yang Songbo

University of Science and Technology Liaoning, Anshan, Liaoning, China


This paper introduces the design scheme of expressway pavement icing detection system, and adopts the method of combining vibration propagation, whether the temperature reaches freezing point, and the change of electrical conductivity to comprehensively judge the icing condition of the pavement. As a node in the wireless sensor network of traffic weather station, the system has the characteristics of flexible networking, low cost and low power consumption. This design includes solar floor lamp and solar LED display screen. This design adopts a facility device consisting of a solar floor lamp and a solar LED display screen. The solar floor lamp is provided with a solar photovoltaic cell, a charging and discharging cell, a red and green LED lamp, a temperature and humidity sensor and a D data processing and transmission chip circuit. The solar LED display screen is provided with a solar photovoltaic cell, a charging and discharging cell, an LED graphic display screen, a P data processing and transmission chip circuit and a red flashing warning light; According to the technical scheme that red light and graphic warning are sent out according to freezing critical data collected from the ground, and the data are transmitted to the traffic control center through the Internet, the problem and deficiency that it is difficult to issue road freezing warning in real time in the prior art are overcome, so that the expressway can issue road freezing warning in real time.


real-time warning, highway pavement, icing

Cite This Paper

Xin Shuaichen, Yang Songbo, Liu Yuyao, Wang Yiping. Design of Highway Icing Warning System. Academic Journal of Engineering and Technology Science (2023) Vol. 6, Issue 10: 46-50. https://doi.org/10.25236/AJETS.2023.061006.


[1] Yang Chengfang, Liu Chang. Analysis of snow characteristics and meteorological influencing factors of a cyclone snowstorm in Jianghuai [J]. Meteorology. 2019 (02), 23-25

[2] Zhu Chengying, Zhu Yuying, Zu Fan, Yan Wenlian, Wang Hongbin. Some characteristics of heavy fog development in autumn and winter in Jiangsu Province [J]. Meteorology. 2018 (09), 87-89

[3] Yan Wenlian, Zhu Chengying, Zhu Yuying, Liu Duanyang, Pu Meijuan. Study on a large-scale explosive heavy fog process in Jiangsu [J]. Meteorology. 2018 (07), 109-110

[4] Li Aixun, Wu Hao, Liu Yanxiang, Yang Jing, Tian Hua, Pan Jinjun. Study on Risk Assessment and Zoning of Highway Low Visibility Disasters in China [J]. Meteorology. 2018 (05), 17-19

[5] Tian Hua, Wang Zhi, Dai Zhixiu, Li Wanyu. Discussion on the relationship between highway water blocking and rainfall [J]. Meteorology. 2018 (05), 14-12

[6] Wang Liuliu, Liu Liping, Yu Jizhou, Wang Zhirui, Zheng Jiafeng, Jin Wang. Analysis of microphysical and dynamic characteristics of freezing rain and snowfall by millimeter wave cloud radar [J]. Meteorology. 2017 (12), 110-115

[7] Cui Jin, Zhou Xiaoshan, Yan Qi, Zhang Aizhong, Li Deqin, Yang Yang. Research progress of water content ratio of snowfall [J]. Meteorology. 2017 (06), 203-205

[8] Yang Shunan, Xu Jun, He Lifu, Yu Chao. Analysis of the influence of low-level temperature advection on precipitation phase of rain and snow weather process in North China [J]. Meteorology. 2017(06), 12-13

[9] Tang Huiqiang, Yuan Baojun. Design of rainfall measurement system in traffic weather station based on ZigBee technology [J]. Application of electronic technology, 2010, (4):87- 89. 

[10] Qu Yongmei. Comments on regional comparison of standard platinum resistance thermometers at 0℃- 419. 527℃ [J]. Journal of Metrology, 2004, 25(1):27- 30.