1) fresh air demand-controlled system
新风需求控制
1.
Takes Wuchang railway station for example, simulates the HVAC system under different conditions, and compares the total cooling load of constant fresh air and variable fresh air system, analysis the energy-saving potential of the fresh air demand-controlled system.
通过对比固定新风量和变新风量两种方案的空调季节总负荷,分析了新风需求控制的节能性。
2) demand-controlventilation
需求控制通风
1.
Anew type of demand- controlventilationisdiscussedinthe paper.
对需求控制通风方式进行了改进研究。
3) CO_2-Based Demand-Controlled Ventilation
CO_2需求控制通风
4) DCV experimental
需求控制通风实验
5) adaptive demand-controlled ventilation
自适应按需新风控制
1.
For multi-zone variable air volume(VAV)air conditioning systems,presents an adaptive demand-controlled ventilation(DCV)strategy with temperature resetting in critical zones to meet the indoor air quality demand of each zone with minimum energy consumption.
针对多区域变风量空调系统,提出一种关键区温度重设定的自适应按需新风控制策略,以最少的能耗满足各区的室内空气质量要求。
6) outdoor air control
新风控制
1.
To the aim of energy saving and indoor comfort,an optimal control strategy was presented for outdoor air control in variable air volume(VAV) systems.
在对多区域变风量空调及其控制系统分析研究的基础上,提出一种优化的新风控制策略———基于预测的末端再热控制策略。
2.
Secondly,the paper researches the outdoor air control strategy of DCV system,and the author determined using the air valve control strategy as the experimental’control strategy by analyzing the common control strategy.
其次,本文对于需求控制的新风控制策略进行了研究,通过分析常见的几种新风控制策略,试验决定采取风阀控制风量的方式,并对风阀控制策略进行了比较分析,选择了合适的控制策略,制定了合适的实验工况。
补充资料：新风
1.新风气;新风尚。
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