基于标准化理论的电力基建工程项目管理研究

发布时间：2018-02-16 21:34

本文关键词： 标准化电力基建工程项目管理龙岩新泉变　出处：《福州大学》2014年硕士论文　论文类型：学位论文

【摘要】：智能电网的发展对电力基建领域发展产生了深刻的影响,在不断带动电力基建工程发展的同时,也给电力基建领域带来了新的挑战。在新能源和可再生能源的电力基建工程“绿色化”、变电站和试点的电力基建工程“智能化”、特高压工程的电力基建工程“规模化”的发展形势下,电力基建工程建设项目不断增多,但与此同时,我国电力基建工程项目管理水平还有待提高,存在项目管理方法不够科学、工程质量和工艺管控不严、工程设计技术标准不够规范等问题,进行基于标准化理论的电力基建工程项目管理研究迫在眉睫。2012年,为解决管理、技术、施工标准不统一而带来的旋工效率低下、管控不严等问题,国家电网公司对基建工程开始实施标准化管理。为了对实施了标准化管理后的电力基建工程项目管理进行研究,本文在充分调研了国内外标准化研究的现状,了解了国内外目前工程项目管理体系,分析标准化理论的定义、内涵、基本原理和特征,并结合电网公司实际情况,进行电力基建项目的管理现状分析。本文结合福建龙岩首座智能化变电站—龙岩1 10kV新泉变的工程实践进行研究,取得了以下成果：(1)从标准化的理论出发,结合电力基建项目的现状,并在此基础上,从基建项目管理、安全管理、质量管理、造价管理、技术管理等方面进行了深入分析,对基于标准化理论的电力基建工程项目管理展开研究。(2)分析了基建标准化管理建立的原则、内容、方法、管理模式,以及相关的机构设置、管理流程和管理评价。(3)结合龙岩1 10kV新泉变的实际情况,从项目管理控制和技术控制两个方面,详细阐述了基于标准化理论的电力基建工程项目管理。(4)龙岩11OkV新泉变工程投运后获得了良好的效果,为“大建设”、“大运行”等提供更大范围内的坚强技术支撑,证明了标准化理论对基建工程建设的有效性和可行性,文章最后对电力工程基建标准化工作的推广进行了成果展望。
[Abstract]:The development of smart grid has a profound impact on the development of power infrastructure. It has also brought new challenges to the field of power infrastructure. In the field of new and renewable energy power infrastructure projects "green", substation and pilot power infrastructure projects "intelligent", UHV power infrastructure engineering "regulations" In the context of the development of "modeling", The number of power infrastructure construction projects is increasing, but at the same time, the management level of electric power infrastructure projects in China needs to be improved, the project management methods are not scientific enough, the engineering quality and process control are not strict, It is urgent to study the management of electric power infrastructure project based on standardization theory. In 2012, in order to solve the problem of inconsistency of management, technology and construction standards, the rotary work efficiency is low. In order to study the project management of electric power infrastructure project after the implementation of standardized management, this paper has fully investigated the current situation of standardization research at home and abroad. Understanding the current engineering project management system at home and abroad, analyzing the definition, connotation, basic principle and characteristics of standardization theory, and combining with the actual situation of power grid company, This paper studies the engineering practice of Longyan 110kV Xinquan Substation, the first intelligent substation in Longyan, Fujian Province, and obtains the following results: 1: 1) based on the theory of standardization. Combined with the current situation of power infrastructure projects, and on this basis, from the infrastructure project management, safety management, quality management, cost management, technology management and other aspects of in-depth analysis, This paper analyzes the principles, contents, methods, management models and related institutional settings of the establishment of standardization management for power infrastructure engineering projects based on standardization theory. According to the actual situation of 110 kV Xinquan Substation in Longyan, the project management control and technical control are discussed. This paper expounds in detail the project management of power infrastructure project based on standardization theory. 4) Longyan 11OkV New Spring change Project has obtained good results after being put into operation, which provides a stronger technical support for "large construction" and "large operation", etc. It is proved that the standardization theory is effective and feasible for the construction of capital construction. Finally, the paper looks forward to the popularization of the standardization of power engineering infrastructure construction.
【学位授予单位】：福州大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TM723;TU712

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