Abstract
As China’s power transmission technology matures, UHV transmission technology has shown the unique advantages in optimizing energy resources, air pollution controlling, and achieving sustainable human development. So UHV grid engineering practice has entered a rapid, large-scale development of new stage in our country. Under the background of large-scale construction, there are huge challenges for key resources and critical management processes. In this paper, starting from the key management processes, based on the risk map approach, data management and data mining, on the basis of identifying the key processes risk, we carried out quantitative assessment of the risks. Through quantitative evaluation of risk, we clarified the attention focus of large-scale UHV grid construction, and it pointed out the direction for the future to strengthen risk prevention and control, to ensure the goal of large-scale construction.
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