基于BIM技术的输电线路工程项目管理应用研究

发布时间：2018-05-05 12:14

本文选题：BIM + 输电线路　；参考：《华北电力大学》2017年硕士论文

【摘要】：目前,随着特高压电网的快速发展,特高压输电线路工程建设处于高峰期。一般特高压输电线路工程项目都属于资金和技术密集型项目,对安全质量要求很高,存在建设配合单位多、建设周期长等特点。在我国大力发展特高压输电和全球重点研究特高压的大环境下,为了经济发展、能源持续及环境保护等多目标的实现,加强对特高压输电线路工程项目管理就显得尤为重要。BIM技术是以建筑工程项目的各项相关信息数据作为模型的基础,进行建筑模型的建立,应用于一些大规模标志性的项目当中。BIM技术在建筑工程项目管理领域得到了广泛应用,在电力建设工程中应用也在不断开展,将BIM技术应用于输电线路工程项目管理,是行业发展的选择。首先,本文对BIM技术概念和发展进行了叙述,对BIM技术原理、BIM软件功能和特点进行分析,通过分析几种BIM技术应用建模软件的不同应用范围和特点,结合工程项目特点,对本文拟应用的BIM软件进行了选择。其次,本文介绍了输电线路工程项目三大目标管理的相互关系,分别对质量管理、进度管理、成本管理三大目标管理方法现状进行了分析,并概况总结了现行输电线路工程项目管理中存在问题。最后,本文叙述了基于BIM技术的输电线路工程项目管理应用思路和步骤,针对特定案例建立了输电线路工程BIM模型,提出了基于BIM技术的输电线路项目管理内容,在应用中对质量、进度、成本三个方面内容进行了优化,并对BIM技术应用后输电线路工程项目管理问题解决情况进了分析概况。经过应用结果分析,本文认为将BIM技术应用于输电线路工程项目中是有必要的,在输电线路“工程前期、工程建设、总结评价”三个阶段中,利用BIM技术对该案例的设计管理、碰撞检查、场地布置、土建及安装施工方案模拟、问题处理、进度管理等方面进行了优化,验证了BIM技术对质量、进度、成本方面的目标管理是可行的,可以为输电线路工程,尤其是特高压输电线路工程项目管理提供参考。
[Abstract]:At present, with the rapid development of UHV power grid, UHV transmission line construction is at the peak. Generally UHV transmission line projects are capital-intensive and technology-intensive projects which require high safety quality and have the characteristics of a large number of construction cooperation units and long construction cycle. Under the environment of developing UHV transmission in China and studying UHV globally, for the sake of economic development, energy sustainability and environmental protection, and so on, It is very important to strengthen the project management of UHV transmission line. BIM technology is based on the relevant information data of the construction project. BIM technology has been widely used in the field of construction project management in a number of large-scale landmark projects, and has been continuously applied in power construction engineering. BIM technology is applied to transmission line project management. Is the choice of industry development. Firstly, this paper describes the concept and development of BIM technology, analyzes the functions and characteristics of BIM software, analyzes the different application scope and characteristics of several kinds of BIM technology application modeling software, and combines the characteristics of engineering projects. The BIM software to be applied in this paper is selected. Secondly, this paper introduces the relationship between the three objectives management of transmission line project, and analyzes the current situation of the three target management methods of quality management, schedule management and cost management, respectively. The existing problems in the project management of transmission line project are summarized. Finally, this paper describes the application of BIM technology in project management of transmission line engineering, establishes the BIM model of transmission line engineering for specific cases, and puts forward the content of project management of transmission line based on BIM technology. In the application, the quality, progress and cost are optimized, and the problem solving of transmission line project management after the application of BIM technology is analyzed. Through the analysis of the application results, this paper thinks that it is necessary to apply BIM technology to the transmission line engineering project. In the three stages of transmission line "early stage, project construction, summary and evaluation", the design and management of the case is made by using BIM technology. Collision inspection, site layout, civil and installation construction scheme simulation, problem handling, schedule management and so on are optimized. It is proved that BIM technology is feasible for quality, schedule and cost management, and can be used for transmission line engineering. In particular, the UHV transmission line project management provides a reference.
【学位授予单位】：华北电力大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TM75

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