电力工业的气候风险

Y. Zhilkina
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引用次数: 0

摘要

研究对象和目的。天气因素与几乎所有的经济部门都有关系。在电力工业中,由于房屋需要供暖,秋季和冬季对能源的需求会更高。在过去的几十年里,气候变化及其对各行业的影响已经从一个理论问题发展成为全球议程中最重要的因素之一。本文将讨论气候风险及其对FGC UES活动的影响。主题和方法。本工作的组织部分对气候风险进行分析和分类,并讨论其贡献。根据技术参数和综合可靠性指标的计算原则,对数据进行分析并建立分析关系。主要的结果。通过对气候对电力工业影响的分析,揭示了发现保证电网组件无故障运行事件的机制。气候风险不仅被视为危害,而且被视为机遇。结论。对气候风险的分析使FGC UES能够调整节能策略,并根据消费者需求调整其发电资产。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Climatic risks in electric power industry
Object and purpose of research. Weather factor is relevant for almost all branches of economy. In electric power industry, the demand for energy becomes higher in autumn and winter because houses need heating. In the last decades, the topic of climate change and its implications for various industries has evolved from a theoretical question to one of the most important factors in global agenda. This paper will discuss climatic risks and their implications for the activities of FGC UES. Subject matter and methods. The organizational part of this work analyses and classifies climatic risks and discusses their contribution. Data analysis and development of analytical relationships were based on the calculation principles for technical parameters and integrated reliability indicators. Main results. The analysis of climatic effects upon electric power industry delineates the mechanism for finding the events that ensure trouble-free operation of power grid components. Climatic risks are tackled not only as hazards but also as opportunities. Conclusion. The analysis of climatic risks enables the adjustment of FGC UES power saving strategy, as well as adaptation of its power generation assets to consumer demands.
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