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首页> 外文期刊>Environmental Modelling & Software >Visualizing the United States electricity-water-climate nexus
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Visualizing the United States electricity-water-climate nexus

机译:可视化美国电力 - 水气候Nexus

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摘要

The United States power sector uses immense quantities of water and is vulnerable to drought, water mismanagement, and climate change. Integrated management of energy and water systems is therefore critical, yet is hindered by disparate and delayed information. We present the Energy-Water-Emissions Dashboard (EWED) as an integrative modeling approach and exemplary web-based user interface displaying monthly generation, water withdrawal and consumption, and greenhouse gas emissions at nearly 10,000 U.S. power plants from 2003 to the most recent data available. EWED users may view aggregated results at larger spatial scales including watersheds, where they are compared to modeled water availability data. EWED also models projections out to 2050 based on a range of energy and climate scenarios, finding that water resources will continue to play a critical role in energy sector transitions. As such, EWED supports efforts to integrate decision making on immediate and longterm management challenges at energy-water-climate nexus.
机译:美国电力部门采用巨大的水,易受干旱,水管理和气候变化的影响。因此,能量和水系统的综合管理是至关重要的,但是受到不同和延迟信息的阻碍。我们将能源 - 水排放仪表板(EWED)作为一体化建模方法,并显示每月发电,耗水和消费,以及2003年从2003年近10,000个美国电厂的温室气体排放到最近的数据可用的。 EWED用户可以在较大的空间尺度上查看聚合结果,包括流域,其中与建模的水可用性数据进行比较。根据一系列能量和气候情景,EWED还模拟了2050年的预测,发现水资源将继续在能源部门转型中发挥关键作用。因此,EWED支持努力在能源 - 水气候Nexus的立即和长期管理挑战上融入决策。

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