摘要
模块化绿色临建以其预制化、模块化和标准化的设计理念,显著提高了建设效率,同时降低了对环境的影响。以模块化绿色临建在云海330 kV变电站工程的实践为例,详细分析了临建工艺的多个关键领域,包括高性能墙体与预制舱体的制造、应急通道与排水系统的创新、停车场与绿化的环保理念、高效节能的照明与幕墙技术,以及定制化设施的人性化布局。通过与传统和同期彩钢板搭设方式的对比,展示了模块化临建在空间利用、环保性、能效和室内设施周转性等方面的优势,并指出其在电力工程建设中具有广阔的应用前景和推广价值。此外,从经济角度分析了预制式临建搭设方式的成本效益,强调了其在长期项目中的总体成本明显低于传统方式,符合可持续发展的理念。
Modular green temporary construction with its prefabricated,modular and standardized design concept,significantly improve the construction efficiency,while reducing the impact on the environment.Taking the practice of modular green temporary construction in Yunhai 330 kV substation project as an example,several key areas of the temporary construction process are analyzed in detail,including the manufacture of high-performance wall and prefabricated cabin,innovation of emergency passageway and drainage system,environmental protection concept of parking lot and greening,energy-saving lighting and curtain wall technology,and humanized layout of customized facilities.By comparing with the traditional and contemporarily colored steel plate construction,the advantages of modular temporary construction in space utilization,environmental protection,energy efficiency and indoor facility turnover are demonstrated,and it is pointed out that it has broad application prospects and promotion value in power engineering construction.In addition,the cost-effectiveness of prefabricated temporary construction is analyzed from an economic point of view,emphasizing that its overall cost in long-term projects is significantly lower than the traditional way,which is in line with the concept of sustainable development.
作者
庞涛
王子豪
石鑫
张旭晨
马真
王志军
PANG Tao;WANG Zihao;SHI Xin;ZHANG Xuchen;MA Zhen;WANG Zhijun(State Grid Ningxia Electric Power Company Limited Ningdong Power Supply Company,Lingwu 750411 China;Ningxia Power Transmission and Transformation Engineering Co.,Ltd.,Yinchuan 750001,China)
出处
《绿色建筑》
CAS
2024年第5期73-77,83,共6页
Green Building
关键词
模块化绿色临建
输变电工程
预制化
节能设计
modular green temporary construction
power transmission and transformation project
prefabrication
energy efficient design