摘要
道路蓄能融雪化冰是未来能源交通领域可持续发展的重要措施。近年来,迫于化学融雪剂的巨大危害,国际上许多国家开展新型道路热融雪技术研究和示范应用。热融雪技术主要包括导电混凝土/沥青、加热电缆和循环热流体等三种方式。其中,循环热流体融雪化冰技术可以实现可再生能源利用和蓄能技术,达到更高的能源利用效率和环保效能,被国际公认为最具发展前景和可持续发展的绿色生态技术。本文着重论述国内外热融雪化冰技术的发展状况,阐述存在的基本问题,推动我国融雪化冰技术的迅速崛起和发展。
A snow-ice melting system on the road by thermal energy storage will become a sustainable and important measure in the transportation of the future by reason of the contamination of nature environment from chemical deicing/snow melting agents. Recently thermal snow-ice melting technologies are expected to be come more prevalent. Usually thermal snow-ice melting system can be classified into three kinds, conductive concrete/asphalt, electrically heating cable and hydronic snow-ice melting system. Furthermore the hydronic snow-ice melting system can lead to the utilization of the renewable energy and the thermal energy storage （TES）, such as geothermal energy, solar energy, earth energy and so on. This system can reach a highest efficiency and lowest pollution. Now a snow-ice melting system on the road by TES has been recognized as a green technology with better prospect and sustainable development. The status and progress of snow-ice melting with TES in the world are summarized and the basic problems for development in the future are emphasized. Investigation of these problems will strengthen theoretical understanding and facilitate the application, especially in China.
出处
《公路》
北大核心
2007年第5期170-175,共6页
Highway
基金
国家自然科学基金资助项目(No.50576030)
关键词
路面融雪化冰
集热
地下蓄能
可再生能源
snow-ice melting system
collecting solar heat
underground thermal energy storage renewable energy
