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Managing water-related energy in future cities - a research and policy roadmap

机译:管理未来城市中与水有关的能源-研究和政策路线图

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摘要

Water-related energy accounts for around one-quarter of California's energy use. Most of the influence is within cities. This project aimed to identify research and policy needs associated with managing energy related to urban water. A workshop was convened with diverse representation from water and energy sectors in federal (US), state (California) and municipal governments, research and regulatory agencies, universities, utilities, not-for profit and private sectors. The workshop established a vision of future cities, including elements of success, research needs and barriers. A subsequent on-line survey was used to estimate the potential, effort and 'potential-to-effort' ratio of each suggested element. First suggested steps in the roadmap include: development of educational programmes, combined standards, guidelines, funding and planning for water and energy efficiency, improved understanding and management of factors motivating consumers, and improved methods to quantify and track targets of 'water-related energy and related greenhouse gas emissions'. The 'roadmap' could help streamline future effort and sequencing action. The authors note and reflect on the importance of representation at such a workshop, and an effort is made to understand sources of variability in viewpoints. The semi-quantitative method used could have relevance to wider resource management issues and complex problem resolution.
机译:与水有关的能源约占加利福尼亚能源使用量的四分之一。影响力大部分在城市内部。该项目旨在确定与管理与城市水有关的能源有关的研究和政策需求。召开了一个研讨会,来自联邦(美国),州(加利福尼亚)和市政府,研究和监管机构,大学,公用事业,非营利性组织和私营部门的水和能源部门的代表各不相同。研讨会确定了未来城市的愿景,包括成功要素,研究需求和障碍。随后进行的在线调查用于估计每个建议要素的潜力,努力和“潜力/努力”比率。路线图中首先建议采取的步骤包括:制定教育计划,合并的标准,指南,水和能源效率的供资和计划,提高对刺激消费者的因素的理解和管理以及改进的量化和跟踪与水有关的能源目标的方法和相关的温室气体排放量”。 “路线图”可以帮助简化未来的工作和排序行动。作者注意到并反思了在这样的研​​讨会上代表的重要性,并努力理解观点的变异性来源。所使用的半定量方法可能与更广泛的资源管理问题和复杂的问题解决方案相关。

著录项

  • 来源
    《Journal of water and climate change》 |2013年第3期|161-175|共15页
  • 作者单位

    University of Queensland, Advanced water Management centre, Gehrmann Building, Research Road, St Lucia, Brisbane, Australia;

    Lawrence Berkeley National Laboratory, 1 Cyclotron Road 90R4000, Berkeley, California 94720-8136, USA;

    University of Oregon, Eugene, Oregon, California, USA;

    Simon Fraser University, c/o REM, TASC1-#8405, Burnaby BC V5A1S6, Canada;

    Rosenblum Environmental Engineering, Sebastopol, California, USA;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    energy; future cities; greenhouse gas emissions; urban metabolism; water;

    机译:能源;未来的城市;温室气体排放;城市新陈代谢;水;

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