66千伏明仁输变电项目建设管理评价研究
发布时间：2018-11-07 07:17
【摘要】：在当前经济快速发展的形势下,输变电项目建设的进程也在快速提升。而项目建设的范围逐步扩大的同时,电力输送的能力随之逐步增强。另一方面,社会用电量的增加,配套用电设备也逐渐增多,急需加快输变电项目建设,保障居民用电质量。在大规模的输变电项目建设的同时,建立一个完善的输变电项目建设管理评价体系,是一项非常紧迫的任务。在以往的输变电项目建设管理过程中,由于存在工程管理协调不顺、项目建设管理效率低、项目建设效果达不到策划研究期间的效果,严重的甚至导致投资失败等问题,严重影响了项目建设效果,不能有效发挥项目建设效益。输变电项目的建设管理是一个以任务为导向的管理,是以提高项目管理为主要目的的全生命周期管理活动,可以采用项目管理的模式进行。本文首先介绍了输变电项目建设管理评价的国内外研究现状以及应用状况。随后对输变电工程项目建设管理的特点进行分析,具体包括输变电项目建设管理与评价的概念和特点,以及建设管理评价的目标与原则。并以66千伏明仁输变电项目建设管理为研究对象,介绍了66千伏明仁输变电项目概况,从规划管理、项目施工组织计划管理、项目施工过程管理等方面分析了66千伏明仁输变电项目建设管理相关评价指标。对项目安全管理、施工质量管理、进度管理、造价管理、技术管理等诸多方面的深入探讨并以此为指标,利用模糊综合评价法开展了项目建设管理综合评价,提高了输变电项目建设管理的决策水平,促进了项目管理,提高了项目的科学化管理水平,促进项目投资的客观公正性,通过有效提升项目建设管理,提高了输变电项目建设的效率和效益。通过本文的研究,有助于改善输变电项目建设管理状态,对提高电网建设管理水平具有一定的理论价值与现实意义。因此,对输变电项目全过程的科学化管理和完善评价体系已成为输变电项目建设的重点工作。
[Abstract]:In the current situation of rapid economic development, the construction process of transmission and transformation projects is also rapidly improving. While the scope of the project is gradually expanded, the power transmission capacity is gradually enhanced. On the other hand, with the increase of social electricity consumption and the increase of auxiliary power equipment, it is urgent to speed up the construction of power transmission and transformation projects to ensure the quality of household electricity. It is a very urgent task to establish a perfect management evaluation system for transmission and transformation projects while building large-scale transmission and transformation projects. In the past construction management process of power transmission and transformation projects, due to the poor coordination of project management, the low efficiency of project construction management, the effect of project construction can not reach the effect of planning and research period, serious problems such as failure of investment, etc. Seriously affected the effect of project construction, can not effectively play to the benefits of project construction. The construction management of transmission and transformation project is a task-oriented management, which is a whole life cycle management activity with the main purpose of improving project management, and can be carried out by the mode of project management. This paper first introduces the research status and application of construction management evaluation of power transmission and transformation projects at home and abroad. Then the characteristics of construction management of transmission and transformation projects are analyzed, including the concept and characteristics of construction management and evaluation of transmission and transformation projects, as well as the objectives and principles of construction management evaluation. Taking the construction and management of 66 kV Mingren transmission and transformation project as the research object, this paper introduces the general situation of 66 kV Mingren transmission and transformation project, including planning management, project construction organization and planning management. The related evaluation indexes of 66 kV Akihiren power transmission and transformation project construction management are analyzed in terms of project construction process management and so on. The project safety management, construction quality management, schedule management, cost management, technology management and so on are discussed and used as an index to carry out the comprehensive evaluation of project construction management by using fuzzy comprehensive evaluation method. It improves the decision-making level of power transmission and transformation project construction management, promotes the project management, improves the scientific management level of the project, promotes the objective fairness of the project investment, and effectively promotes the project construction management. The efficiency and benefit of transmission and transformation projects have been improved. Through the research of this paper, it is helpful to improve the construction and management state of transmission and transformation projects, and has certain theoretical value and practical significance to improve the management level of power grid construction. Therefore, the scientific management of the whole process of transmission and transformation project and the improvement of evaluation system have become the key work of transmission and transformation project construction.
【学位授予单位】：华北电力大学(北京)
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TU71
本文编号：2315624
[Abstract]:In the current situation of rapid economic development, the construction process of transmission and transformation projects is also rapidly improving. While the scope of the project is gradually expanded, the power transmission capacity is gradually enhanced. On the other hand, with the increase of social electricity consumption and the increase of auxiliary power equipment, it is urgent to speed up the construction of power transmission and transformation projects to ensure the quality of household electricity. It is a very urgent task to establish a perfect management evaluation system for transmission and transformation projects while building large-scale transmission and transformation projects. In the past construction management process of power transmission and transformation projects, due to the poor coordination of project management, the low efficiency of project construction management, the effect of project construction can not reach the effect of planning and research period, serious problems such as failure of investment, etc. Seriously affected the effect of project construction, can not effectively play to the benefits of project construction. The construction management of transmission and transformation project is a task-oriented management, which is a whole life cycle management activity with the main purpose of improving project management, and can be carried out by the mode of project management. This paper first introduces the research status and application of construction management evaluation of power transmission and transformation projects at home and abroad. Then the characteristics of construction management of transmission and transformation projects are analyzed, including the concept and characteristics of construction management and evaluation of transmission and transformation projects, as well as the objectives and principles of construction management evaluation. Taking the construction and management of 66 kV Mingren transmission and transformation project as the research object, this paper introduces the general situation of 66 kV Mingren transmission and transformation project, including planning management, project construction organization and planning management. The related evaluation indexes of 66 kV Akihiren power transmission and transformation project construction management are analyzed in terms of project construction process management and so on. The project safety management, construction quality management, schedule management, cost management, technology management and so on are discussed and used as an index to carry out the comprehensive evaluation of project construction management by using fuzzy comprehensive evaluation method. It improves the decision-making level of power transmission and transformation project construction management, promotes the project management, improves the scientific management level of the project, promotes the objective fairness of the project investment, and effectively promotes the project construction management. The efficiency and benefit of transmission and transformation projects have been improved. Through the research of this paper, it is helpful to improve the construction and management state of transmission and transformation projects, and has certain theoretical value and practical significance to improve the management level of power grid construction. Therefore, the scientific management of the whole process of transmission and transformation project and the improvement of evaluation system have become the key work of transmission and transformation project construction.
【学位授予单位】：华北电力大学(北京)
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TU71
【参考文献】
相关期刊论文 前10条
1 李越;侯学良;;特高压输变电工程安全风险预警研究[J];建筑经济;2015年02期
2 薛瑶;刘永强;戴玮;方圆;;WBS-RBS法在水利工程全过程管理中的风险识别[J];中国农村水利水电;2014年02期
3 邹凯;;项目经济效益后评价在电力建设中的应用[J];网络财富;2009年18期
4 郭均鹏;吴育华;;基于区间分析的项目经济评价[J];工业工程;2008年03期
5 韦钢;吴伟力;胡丹云;刘佳;;电力投资项目经济效益评价方法的比较[J];上海电力学院学报;2007年01期
6 刘志东;徐淼;;国外投资项目经济评价理论与方法体系比较研究[J];生产力研究;2007年04期
7 冯凤玲;杨艳群;冯凤军;;市政建设项目评价指标体系研究[J];商业时代;2006年24期
8 孙富强,王景容;浅谈创业投资项目的风险管理[J];科学与管理;2005年03期
9 叶建木,邓明然,王洪运;企业风险传导机理研究[J];理论月刊;2005年03期
10 卢奇,顾培亮,邱世明;组合预测模型在我国能源消费系统中的建构及应用[J];系统工程理论与实践;2003年03期
相关硕士学位论文 前4条
1 张雯;项目管理学科演进与前沿可视化分析[D];中国科学院大学（工程管理与信息技术学院）;2015年
2 李莎莎;输变电项目投资决策研究[D];华北电力大学;2015年
3 于寒冰;基于FAHP的国际工程项目风险识别与评价研究[D];山东大学;2014年
4 孙伟标;岳阳市X污水处理厂项目建设可行性研究[D];湘潭大学;2010年
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