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A Framework for Analysis of Energy-Water Interdependency Problems

机译：能源与水的相互依存问题分析框架

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The overall objective of this work is to improve the holistic value of energy development strategies by integrating management criteria for water availability, water quality, and ecosystem health into the energy system planning process. The Snake River Basin (SRB) in southern Idaho is used as a case study to show options for improving full economic utilization of aquatic resources given multiple scenarios such as changing climate, additional regulations, and increasing population. Through the incorporation of multiple management criteria, potential crosscutting solutions to energy and water issues in the SRB can be developed. The final result of this work will be a multi-criteria decision support tool - usable by policy makers and researchers alike - that will give insight into the behavior of the management criteria over time and will allow the user to experiment with a range of potential solutions. Because several basins in the arid west are dealing with similar water, energy, and ecosystem issues, the tool and conclusions will be transferrable to a wide range of locations and applications. This is a very large project to be completed in phases. This paper deals with interactions between the hydrologic system and water use at a basin level. Future work will include the interdependency between energy use and water use in these systems.
机译：这项工作的总体目标是通过将水资源可用性，水质和生态系统健康的管理标准整合到能源系统规划过程中，从而提高能源发展战略的整体价值。爱达荷州南部的蛇河流域（SRB）被用作案例研究，以显示在多种情况下（例如气候变化，附加法规和人口增加）提高水生资源的整体经济利用的选择。通过纳入多种管理标准，可以为SRB中的能源和水问题开发潜在的跨领域解决方案。这项工作的最终结果将是政策制定者和研究人员均可使用的多准则决策支持工具，该工具将深入了解管理准则随着时间的变化，并允许用户尝试各种潜在的解决方案。 。由于干旱西部的几个盆地正在处理类似的水，能源和生态系统问题，因此该工具和结论将可转移到广泛的位置和应用中。这是一个非常大的项目，需要分阶段完成。本文探讨了流域水文系统与用水之间的相互作用。未来的工作将包括这些系统中能源使用和用水之间的相互依赖性。

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