doi:10.3969/j.issn.1673-6478.2023.04.018城市大型过江通道太阳能薄膜光伏改造碳减排分析李晓路1，徐东辉2,3，龚巍巍2,3，于琦2,3，高嘉蔚2,3（1.广东省交通运输规划研究中心，广东广州510000；2.交通运输部规划研究院，北京100028；3.交通排放控制监测技术实验室，北京100028）摘要：隧道遮光棚通过太阳能薄膜光伏改造可有效解决城市大型过江通道照明系统高耗能问题，实现隧道照明用能的绿色低碳化。本文以顺德水道过江通道为例，计算了隧道照明需求、太阳能薄膜光伏系统供电能力及光伏改造后节能低碳效果，发现隧道口遮光棚光伏全年发电量可以满足隧道照明系统全年所需用电量，每年节约标准煤35.77～39.01吨、减少碳排放68.71～74.92吨、节约运行成本8.59万～9.37万元。因此，城市大型过江通道遮光棚太阳能薄膜光伏改造具有很好的可推广性。关键词：过江通道；太阳能薄膜；光伏；碳减排中图分类号：TM615+.2文献标识码：A文章编号：1673-6478（2023）04-0074-04AnalysisofCarbonReductioninSolarFilmPhotovoltaicTransformationofUrbanLargeRiverCrossingChannelsLIXiaolu1,XUDonghui2,3,GONGWeiwei2,3,YUQi2,3,GAOJiawei2,3(1.TransportationPlanningResearchCenterofGuangdongProvince,GuangzhouGuangdong510000,China;2.TransportPlanningandResearchInstituteMinistryofTransport,Beijing100028,China;3.LaboratoryofTransportPollutionControlandMonitoringTechnology,Beijing100028,China)Abstract:Thetunnelshadingshedcaneffectivelysolvetheproblemofhighenergyconsumptioninurbanlarge-scaleriverpassagelightingsystemsthroughsolarfilmphotovoltaictransformation,achievinggreenandlow-carbonenergyconsumptionfortunnellighting.ThisarticletakestheShundeWaterwayasanexampletocalculatethetunnellightingdemand,thepowersupplycapacityofthesolarthinfilmphotovoltaicsystem,andtheenergy-savingandlow-carboneffectsafterphotovoltaictransformation.Itwasfoundthattheannualphotovoltaicpowergenerationofthetunnelentranceshadingshedcanmeettheannualelectricityconsumptionofthetunnellightingsystem,andcansave35.77～39.01tonsofstandardcoal,reducecarbonemissionsby68.71～74.92tons,andbringeconomicbenefitsof85.9～93.7thousandyuanperyear.Therefore,thesolarthinfilmphotovoltaicrenovationoflargeurbanriverpass...
