Collecting French Smart Meter Data for Residential Flexibility
Collecting French Smart Meter Data for Residential Flexibility
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DOI：
10.1109/isgteurope56780.2023.10408704
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发表时间：
2023-10
期刊：
影响因子：
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通讯作者：
Benoit Couraud;Pierre-Jean Barre;Roberta Pennucci;Yann Rozier;M. Andoni;Sonam Norbu;Erwin Franquet;David Flynn
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文献类型：
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作者：
Benoit Couraud;Pierre-Jean Barre;Roberta Pennucci;Yann Rozier;M. Andoni;Sonam Norbu;Erwin Franquet;David Flynn
大多数西方国家已经成功部署了智能电表，目前正处于探索阶段，以规范和利用智能电表数据。在法国，Linky智能电表在本地向终端用户提供接近实时的数据，但它也在第二天向第三方服务器提供30分钟的数据，这不适合运营能源服务应用。在这项工作中，我们详细设计了一个完整的即插即用解决方案，名为Linky TIC阅读器（LTR），从法国智能电表本地收集数据，并使其提供给终端用户和第三方能源服务提供商在接近真实的时间。这项工作展示了我们如何民主化关键能源需求数据的获取，以创建智能能源需求配置文件，用于消费者和电网约束的多目标优化，并增加低碳技术的采用。此外，本文还介绍了LTR在住宅柔性采购中的几个应用，包括柔性负荷识别、柔性事件处理或负荷控制。
Most of western countries have successfully deployed smart meters and are now in a phase of exploration to regulate and leverage the use of smart meter data. In France, the Linky smart meter provides data locally to the end-users close to real-time, whereas it also makes 30 minutes data available to third party servers on the following day, which is inappropriate for operational energy services applications. In this work we detail the design of a full plug and play solution named Linky TIC Reader (LTR) to locally collect data from the French smart meter and make it available to end-users and to third party energy services providers in close to real time. This work demonstrates how we can democratize access to critical energy demand data, as to create intelligent energy demand profiles for the multi-objective optimization of consumer and electrical network constraints, with increased adoption of low carbon technologies. Furthermore, this article describes several applications of the LTR in residential flexibility procurement, including flexible load identification, flexibility events settlement or load control.