With the current, our country social economy rapid development, people's living standard and quality of life and therefore have got improved, at the same time, it is the concept of environmental protection and energy saving is also enhanced value, many fields in our country environmental protection and energy-saving concept can be seen in the application, especially the application in building water supply and drainage design more widely, to protect the environment, to maximize the use of limited resources, how to reasonable use of water resources in building water supply and drainage construction, above is current the paper mainly discusses the problems in the construction field, this paper based on environmental protection and energy-saving concept, discusses its application in the building water supply and drainage design, for your reference.
光伏支架基础混凝土体积不大,但大型地面光伏电站容量大,投资高,支架基础投入占比大,砼配合比优化有着自身不同的特点,在太阳能光伏发电系统建设中更具有重要的意义.本文研究旨在探究光伏支架基础砼的配合比优化的特点、流程与方法等问题,并通过多组集料筛分优化控制进行阐述.
随着公路交通流量的不断增加,公路养护问题日益突出,传统由人工巡查、人工检测的养护方式已不能适应道路养护管理的需要.通过利用现代信息化技术,采用互联网+、大数据、人工智能等技术手段,对公路路面进行实时检测与预警、分析评价及预测养护需求,实现道路病害全过程监测及主动预警,是智慧交通建设的必然趋势.
为全面推动电力系统发展,要充分研究电力新能源开发利用要点,落实更加规范的能源管理机制,整合资源的同时为人们提供更高质量的电力服务,并全面践行电气节能控制原则,减少能源损耗造成的影响,实现经济效益和环保效益和谐统一的目标.本文简要分析了电力新能源发展现状,并对能源开发利用的价值予以讨论,最后着重探讨了电气节能路径.
随着我国居民室内空气质量关注度的不断提升,室内空气检测技术得到快速发展,无论是检测方法的数量还是种类都持续增加.但是由于检测方法众多,许多检测方法缺少明确的检出限,导致室内空气检测结果缺乏客观的评价.本文列举几种常见的民用建筑工程室内空气检测方法,分析民用建筑工程室内空气检测方法中检出限的影响因素,并对检出限的确定方法进行了探讨.
