建筑电气
建築電氣
건축전기
BUILDING ELECTRICITY
2014年
12期
45-48
,共4页
数据机房%温度与湿度%节能降耗%等电位%防静电%供电可靠性%数据可靠性%接地
數據機房%溫度與濕度%節能降耗%等電位%防靜電%供電可靠性%數據可靠性%接地
수거궤방%온도여습도%절능강모%등전위%방정전%공전가고성%수거가고성%접지
electronic information system room%temperature and humidity%energy-saving%equipotential%anti-static%power supply reliability%data reliability%grounding
从数据机房节能的角度，探讨机房内的环境温度和湿度单项技术指标的确定；提出数据机房节能还应考虑机房建筑场地的几何造型，及数据机房在建筑体内的位置；探讨如何提高数据可靠性及数据机房的接地等问题。
從數據機房節能的角度，探討機房內的環境溫度和濕度單項技術指標的確定；提齣數據機房節能還應攷慮機房建築場地的幾何造型，及數據機房在建築體內的位置；探討如何提高數據可靠性及數據機房的接地等問題。
종수거궤방절능적각도，탐토궤방내적배경온도화습도단항기술지표적학정；제출수거궤방절능환응고필궤방건축장지적궤하조형，급수거궤방재건축체내적위치；탐토여하제고수거가고성급수거궤방적접지등문제。
The determination of single technical indicators of ambient temperature and humidity in the electronic information system room is discussed from the perspective of energy-saving of electronic information system room. It is put forward in the article that the geometry of the electronic information system room building as well as the location of the electronic information system room in the building should be taken into consideration for energy-saving. And how to improve the data reliability, grounding of the electronic information system room, etc. are explored in the article.
