智慧城市的能源生态系统——公民参与多流环境的隐私和安全解决方案

Mihai Sănduleac, M. Eremia, L. Toma, Lola Alacreu, Lucas Pons, M. Cresta, M. Paulucci
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引用次数: 4

摘要

智慧城市的概念本质上依赖于能源方面。本文强调了能源领域需要解决的主要问题,并根据笔者在城市能源管理相关项目中的经验提出了解决方案。我们基本上解决了智慧城市实施的两个主要方面:a)不同的公用事业服务于城市中不同的能源网络(电力、天然气和热能)时的多能流;b)通过分享公民的私人能源数据概况来吸引公民的问题,作为未能从小型试点推进到大型部署的替代方案。我们建议在H2020项目中实施正在进行的架构,该项目涉及意大利Terni的市政公用事业。我们的提案根据欧盟法律和建议考虑隐私权,根据国家规则考虑数据访问权,以及由市政当局提供额外能源服务的人民赋权。这种方法旨在提高公民参与度,并在市政当局的支持下实现分层/多能系统优化,从而实现智慧城市的可持续性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy ecosystem in smart cities — Privacy and security solutions for citizen's engagement in a multi-stream environment
Smart city concepts essentially rely on energy aspects. This paper emphasizes the main issues to be solved in the energy domain and suggests solutions based on authors' experience in projects related to energy management in cities. We are basically addressing two main aspects of Smart City implementation: a) multi-energy streams when different utilities serve different energy networks in the city (electricity, gas, and heat) and b) the issue of engaging the citizens by sharing their private energy data profile, as an alternative to implementations which fail to advance from small pilots to large deployments. We propose architectures in progress to be implemented in a H2020 project which deals with municipality owned utility in Terni/Italy. Our proposals consider privacy rights according to EU laws and recommendations, data access rights according to national rules as well as empowerment of people which are supported with additional energy services by the municipality. This approach is aimed at high citizen engagement and enabling hierarchical / multi-energy systems optimization with the support from municipalities, thus enabling sustainability within Smart Cities.
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