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Solar, A Strategy for Decarbonizing the Grid and Increasing Resilience

机译:太阳能,一种使电网脱碳并提高弹性的策略

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摘要

Science proves the link between expanding carbon emissions and climate change, the impacts of which are accelerating and lasting. Since April 2017, the Atlantic basin has generated thirty-two named storms - sixty percent above average - including some of the most powerful and destructive storms ever recorded. In 2018 alone, two major hurricanes, Florence and Michael, caused billions of dollars of damage and stranded millions of customers without power along the eastern seaboard. In the Western United States, wildfires intensified by climate change consumed homes and lives, leading to utility bankruptcies as well as service disruptions. The message is clear that we have to reduce our carbon footprint dramatically, but even if we do, we are in for a rough ride for some time to come. Our aging fossil-fuel-based energy system, including transmission and distribution lines and power plants, is becoming increasingly vulnerable in an age of global warming, while contributing to that warming itself.
机译:科学证明了不断扩大的碳排放与气候变化之间的联系,其影响在不断加剧。自2017年4月以来,大西洋盆地共产生了32场命名的风暴,比平均水平高60%,其中包括有记录以来最强大和破坏性最大的风暴。仅在2018年,佛罗伦萨和迈克尔这两个主要飓风就造成了数十亿美元的损失,并使东部沿海地区数百万无电的客户陷入困境。在美国西部,由于气候变化而加剧的野火吞噬了房屋和生命,导致公用事业破产以及服务中断。明确的信息是,我们必须大幅减少碳足迹,但是即使我们这样做,我们在未来一段时间内仍将处于艰难的境地。在全球变暖的年代,我们老化的基于化石燃料的能源系统,包括输配电线路和发电厂,变得越来越脆弱,同时也为这一变暖做出了自己的贡献。

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