热那亚大学智慧城市演示网站

S. Bracco, M. Brignone, F. Delfino, P. Laiolo, R. Procopio
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引用次数: 2

摘要

目前的贡献致力于详细描述智慧城市可持续能源生活实验室(LL),热那亚大学在其萨沃纳校园研究和教学设施内构思和定位。这样的LL依赖于与使用特殊基础设施相关的研究和示范活动,如智能多电联产微电网(SPM)和智能能源大楼(SEB),由意大利教育、大学和研究部以及环境、陆地和海洋保护部做出了重要贡献。LL与意大利DSO Enel S.p.A.联合运营,作为一个“露天”演示站点,用于测试并网/离网电力转换(可持续城市能源岛)以及与“电子城市”技术解决方案(V2G, V2H,电子家庭和智能电器)的广泛部署严格相关的潜在新服务。本文主要研究了在孤岛构型下的部分SPM模型;这里报告和讨论分析的主要结果,以突出稳定性和负载共享问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The University of Genoa Smart City Demo Site
The present contribution is devoted to describe in detail the Smart City Sustainable Energy Living Lab (LL) that the University of Genoa has conceived and positioned inside its Savona Campus research and teaching facilities. Such LL relies on the research and demonstration activities related to the use of special infrastructures as the Smart Polygeneration Microgrid (SPM) and Smart Energy Building (SEB), built with the fundamental contribution of the Italian Ministry of Education, University and Research and the Ministry for Environment, Land and Sea Protection. The LL is jointly operated with the Italian DSO Enel S.p.A. as an “open air” demo site for the testing of on grid/off grid electrical transitions (Sustainable Urban Energy Island) and of potentially new services strictly related to the wide deployment of “e-city” technological solutions (V2G, V2H, e-home and smart appliances). The present paper is mainly focused on the model developed to study a portion of the SPM in islanded configuration; the main results of the analysis are here reported and discussed in order to highlight stability and load sharing issues.
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