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Digital Transformation in Energy Transition

机译:能源转型中的数字化转型

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The emergence of the Internet of Things, which enables the connection of almost every building-element to the Internet, provides a huge and appealing amount of data to the Smart Building and Smart City ecosystem. These data also create value by enriching the offer and quality of applications designed for optimal management of energy efficiency. The topic of energy saving has also been evaluated for 119 buildings managed by the Territorial Agency for the House (ATC) in 9 districts of Turin. All the useful information, concerning the sample of buildings analyzed, were collected; in particular, its characteristics: the envelope, the technological systems and the type of use. By gathering the energy consumption data for 4 heating seasons, the energy signature has been represented for each building in order to analyze its thermal behavior and to identify operating anomalies. Finally, with a cost-optimal analysis, the most effective energy efficiency measures were identified. A comparative study of energy consumption is also started on other similar typological houses, new buildings ended two years ago with high energy standard certification, and located in south of Italy at different latitude from Turin. The apartments are part of three public buildings classified in Italy like social housing or low income people’s houses, managed from the regional office named ‘ARCA Sud Salento’ (Regional Agency for House and Dwelling). This study shows how using monitoring devices and where in the internal spaces of buildings, equipped directly by display on the wall in each apartment so that each household could have the possibility to control their use at the same time of the operating, to be influenced by that visualization and to be pushed to modify his behavior for energy saving purposes. These devices will lead the household to virtuous behaviors in the energy use at home.
机译:物联网的出现使几乎所有建筑元素都可以连接到互联网,从而为智能建筑和智慧城市生态系统提供了海量且吸引人的数据。这些数据还通过丰富旨在优化能源效率管理的应用程序的报价和质量来创造价值。还对都灵地区9个地区的房屋局(ATC)管理的119座建筑物进行了节能主题评估。收集了与所分析建筑物样本有关的所有有用信息;特别是其特征:信封,技术系统和使用类型。通过收集四个供暖季节的能耗数据,已为每个建筑物表示了能源特征,以便分析其热行为并确定运行异常。最后,通过成本优化分析,确定了最有效的节能措施。还开始对其他类似类型的房屋进行能耗比较研究,新房屋于两年前以高能源标准认证结束,并且位于意大利南部与都灵不同纬度的房屋。这些公寓是意大利分类的三栋公共建筑(如社会住房或低收入人民住房)的一部分,由名为“ ARCA Sud Salento”(地区房屋和住宅局)的地区办事处管理。这项研究表明如何使用监视设备以及建筑物内部空间中直接通过显示在每个公寓墙壁上的显示器进行安装的方式,以便每个家庭可以在操作的同时控制其使用,并受到影响。可视化,并为了节约能源而被迫修改其行为。这些设备将导致家庭在家庭能源使用中出现道德行为。

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