交直流混合电力系统能支持更可持续的社区吗?

Lena Petersson Forsberg, S. Eriksén
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摘要

本文的主要贡献是挑战当前瑞典空间规划对电力系统本质上是交流(AC)系统的理解。我们建议在两个地区试点本地直流(DC)系统,作为引入交直流混合电力系统概念的一种方式,目的是支持更多(自我)可持续发展的当地社区。一个是当地的休闲区,在城市规划中被称为“绿色空间”。另一种是电子健康,它涉及空间规划和建设,或重建现有的生活空间,以支持患者自己家中的医疗保健服务。本文讨论了如何将交直流混合电力系统引入瑞典当前的规划话语和实践中,作为空间规划中可持续性意义的必要重新概念化的一部分。这篇论文是基于作者之前和正在进行的空间规划和电子健康方面的研究,并受到印度理工学院正在进行的研究和开发的启发,这些研究和开发旨在为印度家庭提供强大且负担得起的本地数据中心解决方案。这是一篇早期的探索性论文,基于瑞典布莱金理工学院的计算机科学家和空间规划研究人员之间最近发起的跨学科对话,主题是绿色基础设施建设,以实现更可持续的社会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Could mixed AC/DC power systems support more sustainable communities?
The main contribution of this paper is to challenge the current understanding in Swedish spatial planning of power systems being, inherently, alternating current (AC) systems. We propose two areas for piloting local direct current (DC) systems as a way of introducing the concept of mixed AC/DC power systems with the aim of supporting more (self-)sustainable local communities. One is local recreational areas, so called ‘green spaces’ in urban planning. The other is eHealth, when it involves spatial planning and building, or rebuilding existing living space, for supporting healthcare provision in the patient's own home. The paper discusses how mixed AC/DC power systems might be introduced into the current planning discourse and practice in Sweden as part of the necessary reconceptualization of what sustainability means in spatial planning. The paper is based on the authors' previous and on-going research, in spatial planning and eHealth respectively, and has been inspired by the on-going research and development at IIT-M on robust and affordable local DC solutions for Indian households. It is an early-stage exploratory paper based on a recently initiated interdisciplinary dialogue between computer scientists and spatial planning researchers at Blekinge Institute of Technology, Sweden, about green infrastructuring for a more sustainable society.
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