Smart Energy Manager for Energy Efficient Buildings

Lazar Berbakov, M. Batic, Nikola M. Tomasevic
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引用次数: 5

Abstract

In recent years, advances in wireless communications, microelectronics and sensing technology have allowed a production of computationally capable low-cost miniature devices that can be used in different innovative solutions. Due to constant increase of energy consumption, and since residential sector has been identified as one the most energy demanding, there exists a strong interest in exploitation of connected smart devices with the aim of improving energy efficiency, user comfort and the overall quality of life. The Smart Energy Manager based on an IoT platform which will be presented in this paper aims to reach the aforementioned goals with the combination of monitoring and control devices with the advanced energy services capable of analyzing the collected data and providing control actions and suggestions aimed at the end users via intuitive end-user applications.
节能建筑智能能源管理器
近年来,无线通信、微电子和传感技术的进步使生产具有计算能力的低成本微型设备成为可能,这些设备可用于不同的创新解决方案。由于能源消耗的不断增加,并且由于住宅部门已被确定为最需要能源的部门之一,因此人们对利用连接的智能设备产生了浓厚的兴趣,目的是提高能源效率,用户舒适度和整体生活质量。本文将介绍基于物联网平台的智能能源管理器,旨在通过将监测和控制设备与先进的能源服务相结合来实现上述目标,这些服务能够分析收集的数据,并通过直观的最终用户应用程序提供针对最终用户的控制行动和建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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