四川移动动力环境监控项目质量管理与控制

发布时间：2019-06-13 08:30

【摘要】：随着近年来移动通信业务的迅速发展,移动无线通信网络规模的不断扩大,所需的动力配套设备也随之不断增多,网络运行维护的难度与成本也迅速攀升,制约着移动通信的进一步发展,为进一步减少人力维护的工作量实现工作智能化,急需新一代动力环境监控系统的入网运行。四川移动自2001年起,已逐步引入动力及环境监控系统,随着动力环境设备的不断更新,在针对于不同类型的基站与动力设备时,要求配置不同的动力监控设备。工程面临如:专业性较强、技术要求较高、施工过程复杂、施工工艺要求精细等问题,对项目进度管理、质量管理和风险管理都是极大的挑战。而成都地区网络规模庞大,动环设备种类繁多,导致动力环境监控系统工程在建设时期工程质量很难得以保障,本文通过研究和分析项目质量管理及施工质量控制的理论、方法与手段,结合成都动力环境监控系统建设工程特点进行系统的质量管控,从而保证移动网络中动力配套设备在建设过程中的质量。在项目质量管理方面,利用项目管理中质量管理的方法,搭建四川移动动力环境8期项目的组织结构与人员任务分工,制定动力环境8期项目的运行质量目标及测试质量目标、编制质量管理计划、制定施工质量管理相规范、以及质量保障措施及事故防范措施方案。在项目施工质量控制上,通过识别动环8期项目工程的安装质量控制点、工序控制点来进行相应的质量规范,并通过工程工艺检查、动力环境系统性能检查、动力环境数据配置检查三个方面,对工程的施工质量进行全面系统的监督、检查、指导和纠错。通过项目质量管理与项目施工控制在本项目中的应用,使四川移动动环8期工程质量有了较大的提升,同时本次的研究结果对后续四川移动的基站建设工程、动环建设工程、核心网建设工程均有较强的借鉴作用,为以后的项目的质量管理提供了详细全面的科学依据。
[Abstract]:With the rapid development of mobile communication service in recent years and the continuous expansion of the scale of mobile wireless communication network, the need for power supporting equipment is also increasing, and the difficulty and cost of network operation and maintenance are also rising rapidly, which restricts the further development of mobile communication. In order to further reduce the workload of human maintenance to achieve intelligent work, it is urgent to enter the network operation of a new generation of power environment monitoring system. Since 2001, Sichuan Mobile has gradually introduced power and environmental monitoring system. With the continuous updating of power environmental equipment, different power monitoring equipment is required for different types of base stations and power equipment. The project is faced with such problems as strong professionalism, high technical requirements, complex construction process, fine construction technology requirements and so on, which is a great challenge to project schedule management, quality management and risk management. However, the network scale in Chengdu area is huge and there are many kinds of moving ring equipment, which makes it difficult to guarantee the engineering quality of power environment monitoring system engineering during the construction period. This paper studies and analyzes the theory, method and means of project quality management and construction quality control, combined with the characteristics of Chengdu power environment monitoring system construction project to carry on the system quality control. So as to ensure the quality of power supporting equipment in the construction process of mobile network. In the aspect of project quality management, by using the method of quality management in project management, the organizational structure and task division of Sichuan Mobile Power Environment Phase 8 project are built, the operation quality objectives and test quality objectives of the Power Environment Phase 8 project are formulated, the quality management plan is drawn up, the construction quality management standard is formulated, as well as the quality assurance measures and accident prevention measures. In the construction quality control of the project, the corresponding quality specifications are carried out by identifying the installation quality control points and process control points of the project in the eighth phase of the moving ring project, and the construction quality of the project is comprehensively and systematically supervised, inspected, guided and corrected through three aspects: engineering process inspection, power environment system performance inspection and power environment data configuration inspection. Through the application of project quality management and project construction control in this project, the quality of Sichuan Mobile moving Ring 8 project has been greatly improved. at the same time, the results of this study have a strong reference function for the follow-up Sichuan Mobile base station construction project, moving ring construction project and core network construction project, which provides a detailed and comprehensive scientific basis for the quality management of future projects.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TN913

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