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首页> 外文会议>PALENC(Passive and Low Energy Cooling) Conference on Building Low Energy Cooling and Advanced Ventilation Technologies in the 21st Century;AIVC(Air Infiltration and Ventilation Centre) Conference on Building Low Energy Cooling and Advanced Ventilation Technologies in the 21st Century >Building energy management systems in building's retrofit using power lines
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Building energy management systems in building's retrofit using power lines

机译：使用电源线进行建筑物改造的建筑物能源管理系统

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The aim of the specific paper is the analysis of the efficiency of power lines as a communication media for Building Energy Management Systems. The reason behind this scope is the ability of power lines to be installed in existing buildings without extra wiring. Building Energy Management Systems (BEMS) constitute a part of automation systems. BEMS implement control the indoor environmental parameters while minimizing energy consumption. This work aims to analyze the ability of installing Building Energy Management Systems (BEMS) in any building while simultaneously improve the energy efficiency and the indoor comfort. The easiest and most economic way to construct a BEMS in an existing building is to use the existing technologies of the building. These are power lines and Local Area Networks (LANs). Another way to develop and implement BEMS is radio frequencies (RF). These technologies can be used to existing buildings because they need no wiring and the installation cost is very small. Before choosing the devices that will formulate the BEMS. the parameters that affect the indoor conditions must be determined. Those are thermal comfort, visual comfort, indoor air quality and acoustic comfort. In order to check the efficiency of communication protocols that use power lines as a mean to communicate, a test installation is implemented in laboratory. This installation is performed via two development kits: the Power Line Development Support Kit (PL DSK) and Mini Evaluation Kit (Mini EVK). The test included a temperature sensor as a controlled variable and a decentralised heating control system with a central heating unit for the control signal. The results of the testing as well as specifications for installation in existing buildings are described focusing on disseminating such technologies in meeting the continuously increasing energy demands of the buildings in Crete. Greece.
机译：本白皮书的目的是分析作为建筑能源管理系统通信介质的电力线的效率。此范围背后的原因是能够在无需额外布线的情况下将电力线安装在现有建筑物中。建筑能源管理系统（BEMS）构成自动化系统的一部分。 BEMS在控制室内环境参数的同时将能耗降至最低。这项工作旨在分析在任何建筑物中安装建筑物能源管理系统（BEMS）的能力，同时提高能源效率和室内舒适度。在现有建筑物中构造BEMS的最简单，最经济的方法是使用建筑物的现有技术。这些是电源线和局域网（LAN）。开发和实施BEMS的另一种方法是射频（RF）。这些技术可以用于现有建筑物，因为它们不需要布线，并且安装成本非常小。在选择将制定BEMS的设备之前。必须确定影响室内条件的参数。这些是热舒适性，视觉舒适性，室内空气质量和声学舒适性。为了检查使用电力线作为通信手段的通信协议的效率，在实验室中进行了测试安装。该安装通过两个开发套件执行：电力线开发支持套件（PL DSK）和小型评估套件（Mini EVK）。该测试包括温度传感器作为控制变量，以及分散式加热控制系统，该系统具有用于控制信号的中央加热单元。描述了测试结果以及在现有建筑物中的安装规范，重点是传播此类技术，以满足克里特岛建筑物不断增长的能源需求。希腊。

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