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The Struggles of Smart Energy Places: Regulatory Lock-In and the Swedish Electricity Market

机译:智能能源的挣扎:监管锁定和瑞典电力市场

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Visions of smart energy systems are increasingly influencing energy systems around the world. Many visions entail ideas of more efficient versions of existing large-scale energy systems, where smart grids serve to balance energy consumption and demand over large areas. At the other end of the spectrum are visions of smart energy places that represent a challenge to dominant, large-scale energy systems, based on smart microgrids that facilitate the self-sufficiency of local, decentralized energy systems. Whereas smart energy places do not necessarily aim to create completely isolated microgrids, they generally aim to strengthen the connection between energy consumption and production within delimited spaces. The aim of this article is to better understand how visions of smart energy places are translated into sociomaterial configurations. Smart Grid Gotland and Climate-Smart Hyllie were two Swedish initiatives where notions of place were central to the attempts to reconfigure the local energy system. Several solutions proposed within these smart energy places struggled because of regulatory lock-in to the existing spatial arrangements of the electricity market. There was a mismatch between the larger spatial scales institutionalized in the Swedish electricity market and the smaller scales introduced in these smart energy places. The conflicting spatial arrangements between electricity market and these initiatives suggest that demonstrations of smart energy places require some degree of protection from market regulations. Without this protection, visions of smart energy places might instead result in incremental changes to existing large-scale energy systems. Key Words: energy systems, place, smart cities, smart grids, visions.
机译:智能能源系统的愿景越来越多地影响世界各地的能源系统。许多愿景需要更高效版本的现有大型能源系统的想法,其中智能电网用于平衡大区域的能源消耗和需求。在频谱的另一端是智能能量位置的愿景,该智能能量级别代表了基于智能微电网的主导,大型能源系统的挑战,这促进了局部分散的能源系统的自给自足。虽然智能能源景点不一定是旨在创造完全孤立的微电网,但它们通常旨在加强能源消耗与界定空间内的生产之间的联系。本文的目的是更好地了解智能能源地点的愿景如何转化为社会材料配置。智能电网哥特兰和气候智能Hyllie是两项瑞典举措,其中地方的概念是重新配置当地能源系统的核心。在这些智能能源位置建议的一些解决方案因监管锁定而努力,以电力市场的现有空间布置。在瑞典电力市场中制度化的较大空间尺度之间存在不匹配,并且在这些智能能量的较小尺寸较小。电力市场与这些举措之间的相互冲突的空间安排表明,智能能源的示范需要一定程度的市场规定。如果没有这种保护,智能能量位置的愿景可能会导致现有大型能源系统的增量变化。关键词:能源系统,地点,智能城市,智能电网,愿景。

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