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Power Analysis on Deicing and Snow Melting by Electrically Conductive Concrete
引用本文:TANG Zu-quan,LI Zhuo-qiu,HOU Zuo-fu,XU Dong-liang. Power Analysis on Deicing and Snow Melting by Electrically Conductive Concrete[J]. 保鲜与加工, 2002, 0(3): 101-105
作者姓名:TANG Zu-quan  LI Zhuo-qiu  HOU Zuo-fu  XU Dong-liang
摘    要:The deicing and snow melting methods frequently used and their advantages and disadvantages are analyzed at first, then the working principle on deicing by electrically conductive concrete is introduced. Based on the energy conservation law, the minimum power required for deicing and snow melting is determined. The curve of power output versus voltage of carbon fiber reinforced concrete (CFRC) is measured in laboratory; the experimental results show that the thermal energy produced in CFRC connected to DC power source is enough for deicing and snow melting purpose.

关 键 词:electrically conductive concrete  electro-thermal effect  deicing  snow melting  carbon fiber
修稿时间:2002-03-15

Power Analysis on Deicing and Snow Melting by Electrically Conductive Concrete
TANG Zu-quan,LI Zhuo-qiu,HOU Zuo-fu,XU Dong-liang. Power Analysis on Deicing and Snow Melting by Electrically Conductive Concrete[J]. Storage & Process, 2002, 0(3): 101-105
Authors:TANG Zu-quan  LI Zhuo-qiu  HOU Zuo-fu  XU Dong-liang
Abstract:The deicing and snow melting methods frequently used and their advantages and disadvantages are analyzed at first, then the working principle on deicing by electrically conductive concrete is introduced. Based on the energy conservation law, the minimum power required for deicing and snow melting is determined. The curve of power output versus voltage of carbon fiber reinforced concrete (CFRC) is measured in laboratory; the experimental results show that the thermal energy produced in CFRC connected to DC power source is enough for deicing and snow melting purpose.
Keywords:electrically conductive concrete  electro-thermal effect  deicing  snow melting  carbon fiber
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