Research On The Safety Management Of Rural Power Grid Upgrading Project In Bayannaoer Region

The construction of rural power grid plays a very important role for the development of rural area and is important basis to achieve the rapid development of rural economy and to improve farmers’ living standard. Rural power grid upgrading project is the fundamental project of the electric power, to some extent, it improves the level of rural production and living and makes tremendous contributions to rural economic development. But in the rural power grid upgrading project, the construction field is narrow, high-altitude operations and crossing task have a lot, which makes safety management work more difficult. So it is very necessary to research on the safety management of rural power grid upgrading project, which helps to analyze the safety problem in rural power grid upgrading project, formulate corresponding safety measures, so as to make the rural power grid upgrading project can go smoothly.Firstly, this article expounds the relevant theories of safety management, including the concept of safety and safety management, the target and characteristics of safety management, characteristics and identification method of hazard, the safety evaluation methods and the principle of safety management and control process, and then expounds the rural power grid problems, the purpose and characteristics of rural power grid upgrading project and the management process of rural power grid upgrading project. In addition, this article expounds the present situation of power grid, the present situation of engineering management, technology management and safety management of rural power grid upgrading project in Bayannaoer region. The last is the practical application of safety management in rural power grid upgrading project in Bayannaoer region, rural power grid upgrading project is recommended in detail, then the hazard is identified by using the method of direct experience and is evaluated by operation conditions risk assessment method. And combined with analytic hierarchy process in the safety evaluation, the overall safety level of the project is determined. Finally the corresponding safety management measures are put forward.