1) fan energy
风机能耗
1.
Presents research states home and abroad in the system characteristics, indoor air distribution, thermal comfort and indoor air quality, property of underfloor plenum for air supply, indoor cooling load and fan energy.
就地板送风的系统特点、室内气流分布、热舒适与室内空气品质、送风静压层的性能、室内冷负荷和风机能耗等方面介绍了国内外的研究现状。
2) infiltration energy consumption
渗风能耗
1.
The ratio of the infiltration energy consumption and enclosure heat energy consumption was compared.
通过分析总结多层建筑(住宅、办公类建筑等)渗风量及渗风能耗计算公式,建立了渗风能耗计算气象模型,其中包括温度、风速、风向等数据的整理方法,计算了渗风能耗与围护结构传热能耗比值。
3) Energy consumption of fresh air
新风能耗
1.
As the result that 19%-30%of energy consumption of fresh air could be saved in the courtyard,in comparison with a no-courtyard style building.
通过定点实测探讨了庭院内和周边外部环境的关系,测量数据表明,庭院式建筑将炎热的夏季户外环境转化为相对温和的局部微环境,由此使新风能耗相对于非庭院式建筑下降了19%～30%。
4) Wind energy dissipation
风能耗散
5) energy-consuming mechanism
耗能机制
1.
Study of particular energy-consuming mechanism of ball-proof ceramics;
抗弹陶瓷的特殊耗能机制研究
补充资料：进风机与排风机
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