1) energy-saving unit about illumination
照明节能装置
1.
Based on normal lighting system and situation,the article gives the design and appliance on energy-saving unit about illumination.
文章结合常规的照明系统控制及实际照明现场情况,设计和实施了开关灯照度分别独立可调的照明节能装置。
3) lighting energy saving
照明节能
1.
From the viewpoint of control theory, the artificial lighting control strategy was given indirectly under the condition of a given constant illuminance and it could realize the lighting energy saving.
从控制理论的角度,间接给出了恒定照度下人工照明的补偿控制策略,以实现照明节能。
2.
” Then the design of lighting energy saving is one of the important constituent parts of buil.
因此,照明节能是建筑节能的重要组成部分。
3.
at present on building lighting energy saving design.
本文结合国家现行的《建筑照明设计标准》和工程实例,针对目前建筑照明节能设计中的照度计算、照明功率密度的确定及倒推法等热点问题,采用照明计算软件进行了较为深入的计算、对比和分析,得出了可信的结论并阐明了作者的观点。
5) lighting energy-conservation
照明节能
1.
The paper provides the lighting energy-conservation design of the open-plan offices,which is based on the analysis of the lighting energy-conservation in office buildings.
本文在对办公建筑照明节能问题进行分析的基础上,针对现代办公建筑中常见的开敞办公区域进行了照明节能设计,并重点对节能设计中的功率密度及照明控制方式进行了详细阐述;最后介绍了办公建筑电气照明节能设计要注意的其它问题。
6) illumination energy saving
照明节能
1.
Then,from three aspects,such as building illumination energy saving,power equipment energy saving and power source energy saving,how to realize the building electrical energy saving was introduced in detail.
然后从建筑照明节能、建筑动力设备节能、电源节能3个方面详细介绍了如何实现建筑内的电气节能。
补充资料：封口装置——滚纹装置
封口装置——滚纹装置     | ||
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条