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首页> 外文期刊>Lietuvos Mokslu Akademija: Energetika >Use of solar energy for building microclimate requirements with arranging the facade heating system
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Use of solar energy for building microclimate requirements with arranging the facade heating system

机译:利用太阳能来建立微气候要求,并布置外墙加热系统

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摘要

Solar energy is an alternative source of renewable energy. The simplest way to install a passive solar heating system is possible for existing buildings. Facade heating is one of the passive ways of solar heating of buildings. The experiment was carried out in a seven floors building (VGTU, Sauletekio av. 11) in February 2002. The total space of the building is 7036.5 m{sup}2, the heating space of the building is 7036.5 m{sup}2. Orientation of the windows is south and north, A facade heating system was installed there. South and north facades have independent heating systems. During the heating period these systems work according to indoor and outdoor temperatures. Heat consumption and indoor-outdoor air temperatures were fixed during all months. Computer was fixing the test data each 90 minutes. The data were treated with the "Tinyhost" program.
机译:太阳能是可再生能源的替代来源。 安装被动太阳能加热系统的最简单方法是现有的建筑物。 立面加热是建筑物太阳能加热的被动方式之一。 实验是在2002年2月的七层建筑物(VGTU,Sauletekio AV。11)中进行的。建筑物的总空间为7036.5 m {sup} 2,建筑物的加热空间为7036.5 m {sup} 2。 窗户的方向是南部和北,在那里安装了一个外立地加热系统。 南部和北方外墙具有独立的加热系统。 在加热期间,这些系统根据室内和室外温度工作。 在所有月内都固定了热量和室外室外空气温度。 计算机每90分钟修复测试数据。 数据被“Tinyhost”程序对待。

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