Effects of Climate Change in Electric Power Infrastructures

Daniel Burillo
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引用次数: 6

Abstract

Climate change mitigation and adaptation has been a major driving force to modernize electric power infrastructure and include more renewable energy systems. This chapter explains several ways in which electric power infrastructure has contributed to climate change, how climate change affects electric power infrastructure, mitigation options, and adaptation options. Electricity infrastructure categories include power generation technologies, transmission lines, substations, and building loads. Climate change categories include atmospheric greenhouse gas concentration levels, rising sea levels, changes in precipitation patterns and river flows, as well as more extreme air temperatures. Specific quantitative case studies are provided to estimate vulnerabilities from heat waves in the US desert southwest, including long-term forecasting of infrastructure performance, as well as, various supply-side and demand-side strategic options to maintain reliable operations.
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气候变化对电力基础设施的影响
减缓和适应气候变化一直是电力基础设施现代化和包括更多可再生能源系统的主要推动力。本章解释了电力基础设施促进气候变化的几种方式、气候变化如何影响电力基础设施、缓解方案和适应方案。电力基础设施类别包括发电技术、输电线路、变电站和建筑负荷。气候变化类别包括大气温室气体浓度水平、海平面上升、降水模式和河流流量的变化,以及更极端的气温。提供了具体的定量案例研究,以估计美国西南部沙漠热浪的脆弱性,包括基础设施性能的长期预测,以及各种供应侧和需求侧战略选择,以维持可靠的运营。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Power System Small-Signal Stability as Affected by Grid-Connected SmartPark Introductory Chapter: Power System Stability Power Oscillation Due to Ferroresonance and Subsynchronous Resonance Effects of Climate Change in Electric Power Infrastructures Application of the Trajectory Sensitivity Theory to Small Signal Stability Analysis
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