1·Obtains three types of relationship between supply air and fresh air by analyzing annual air conditioning load.
通过全年空调负荷分析确定了送风状态与新风状态的三种对应关系。
2·These optimum programs can be meaningful in future application of Neural Network of air conditioning load prediction.
该优化结果对今后开展利用神经网络的空调负荷预测工作有一定的参考作用。
3·The air conditioning load calculation formula obtained can be applied to engineering calculation, and it is of engineering and theory...
计算得出的空调负荷计算公式可以应用于工程计算，有一定的工程意义和理论应用价值。
4·Due to the air conditioning load demand is the dynamic change, in order to avoid the "big flow, small load", variable flow applied widely.
由于空调负荷需求是动态变化的，为避免出现“大流量、小负荷”的情况，变流量空调的应用日益广泛。
5·Choose a typical high-rise office building in Wuhan as research object, hourly variety rules on typical day of air conditioning load is explored.
选择武汉市某一典型高层办公楼为研究对象，探索空调负荷设计日逐时变化规律。
6·Considers that it is not advisable to meet the seasonal and unstable air conditioning load by merely increasing capability of electric generation.
认为完全靠增加发电能力来满足季节性的和不稳定的空调负荷并非明智的办法。
7·The calculation and design procedures of air conditioning load, ground loop heat exchangers, radiant floor system, distribution system between heat pump and build are mainly introduced.
重点介绍了建筑空调负荷计算、地下埋管换热器系统、辐射地板系统以及热泵和建筑物内分配系统设计等方面的内容。
8·The utility model has the high smoke evacuation efficiency, can reduce the heat dissipation, decrease the air conditioning load, achieve the energy-saving, and the assembly is convenient;
本实用新型排烟效率高，可以减少散热，降低空调负 荷，实现节能，且施工安装方便；
9·At present because architecture design is not reasonable, which leads to increase air-conditioning load and increases a part of unnecessary energy consumption in architecture.
由于建筑物的设计中有不合理之处，导致建筑物的空调负荷偏大，使建筑物增加了一部分不必要的能耗。
10·Neural network can applied to predict the load prediction of air conditioning system.
人工神经网络预测系统可以对空调负荷进行有效的预测。