2023年第4期（总第304期）doi:10.3969/j.issn.1009-3230.2023.04.010应用能源技术43“双碳”目标下园区地下车库出人口光电一体化雨棚的应用分析肖波（黔南州工程建设监理有限责任公司，贵州黔南558000）摘要：“碳达峰”和“碳中和”双碳目标的提出，园区建设将面临着节能减排和可持续发展的双重挑战。本文围绕园区地下车库出入口光电一体化雨棚的设计与应用进行了深入分析，探讨了其在实现“双碳”目标中的作用和效益。光电一体化雨棚结合了太阳能发电和建筑遮阳两大功能，通过在雨棚顶部安装光伏板，不仅能够为园区提供绿色能源,还能降低地下车库的热岛效应。研究表明，该设计能有效减少园区的能耗，并通过自给自足的绿色能源减少碳排放，同时提升了园区环境质量和企业绿色形象。关键词：“双碳”目标；低碳园区；车库雨棚；光电一体化中图分类号：TM615ApplicationAnalysisofPhotovoltaicIntegratedCanopyforUndergroundParkingEntranceandExitinParkunderthe"DualCarbon"Goal(QiannanEngineeringConstructionSupervisionCo.Ltd.,Qiannan558000,China)Abstract:Theproposalofthe"carbonpeak"and"carbonneutrality"dualcarbongoalsposesadualchallengeofenergysavingandemissionreductionandsustainabledevelopmentforparkconstruction.Thispaperdeeplyanalyzesthedesignandapplicationofthephotovoltaicintegratedcanopyfortheundergroundparkingentranceandexitinthepark,anddiscussesitsroleandbenefitsinachievingthe"dualcarbon"goal.Thephotovoltaicintegratedcanopycombinesthetwofunctionsofsolarpowergenerationandbuildingshading.Byinstallingphotovoltaicpanelsonthetopofthecanopy,itcannotonlyprovidegreenenergyforthepark,butalsoreducetheheatislandeffectoftheundergroundparking.Theresearchshowsthatthedesigncaneffectivelyreducetheenergyconsumptionofthepark,andreducecarbonemissionsbyself-sufficientgreenenergy,whileimprovingtheenvironmentalqualityandgreenimageofthepark.Keywords:"dualcarbon"goal;low-carbonpark;parkingcanopy;photovoltaicintegration0引言基于“双碳”目标下低碳园区根据资源烹赋及园区规划设计了以可再生能源为主的多能互补系统，动态调整冷、热、电联控系统，保障区域能源最优化，碳排放问题做到了真实的落地[1-3]。园区建造了储能系统、屋顶光伏发电系统、风电系收稿日期：2023-02-183...
