基于风光互补技术的高速公路防眩板新能源改造研究  

Research on New Energy Transformation of Highway Anti-glare Panel Based on Wind-solar Complementary Technology

作　　者：谷明润 慕东旭 王浩博 孟帅呈 马卓新 李洋[1] GU Mingrun;MU Dongxu;WANG Haobo;MENG Shuaicheng;MA Zhuoxin;LI Yang(Beijing Police College,Beijing 102202,China)

机构地区：[1]北京警察学院,北京102202

出　　处：《交通工程》2024年第7期44-47,共4页Journal of Transportation Engineering

基　　金：北京市大学生创新创业项目:光伏防眩板-应用于高速公路将光能转化为可用电的防眩板(2023市创大学生项目08)。

摘　　要：在新型高速公路防眩板设计与优化、集成风力发电和太阳能发电技术,可利用高速公路上大规模设置的防眩板设施实现自然能源的高效转换与利用。以高速公路防眩板应用现状分析和国内外可再生能源技术与各类交通设施集成应用案例为基础,结合国标要求,对防眩板的结构和性能进行了深入探讨和合理优化,并通过模型测试和数据测算评估改造效果。结果表明,改造后的防眩板可为高速公路的电子设备提供可靠电力支持,有助于降低传统能耗和环境污染,有良好的经济效益和环保效益。Integrating wind and solar power generation technologies,and using large-scale anti-glare panels installed on highways to achieve efficient conversion and utilization of natural energy.Based on the analysis of the application status of highway anti-glare panels and the integrated application cases of renewable energy technologies and various transportation facilities at home and abroad,combined with the requirements of the national standard,the structure and performance of anti-glare panels were discussed and reasonably optimized,and the transformation effect was evaluated through model testing and data calculation.The results show that the modified anti-glare panel can provide reliable power support for the electronic equipment of the expressway,help to reduce the traditional energy consumption and environmental pollution,and show good economic and environmental benefits.

关 键 词：防眩板 新能源 风光互补 高速公路 

分 类 号：G305[文化科学]