冷空气分配已用于多个冰蓄冷系统。对四栋建筑进行了监测和评估，其中两栋在弗吉尼亚州，一栋在伊利诺伊州，一栋在加利福尼亚州。本文报告了其中三种分析的结果。冷空气分配的设计参数和经济性要求评估风机能量和电力需求费用之间的替代方案、更大的蓄热能力，以及重置房间恒温器的能力，以利用较低的空间湿度，并根据实际房间/空间需求准确确定空气分配组件的尺寸。本文讨论了冷空气分配的优点和实际现场性能。单位:I-PCITION:研讨会，ASHRAE交易，1988年，第94卷，pt。德克萨斯州达拉斯1号

Cold air distribution has been used with several ice storage systems. Four buildings have been monitored and evaluated -- two In Virginia, one in Illinois, and one in California. The results from three of these analyses are reported in this paper. The design parameters and economics of cold air distribution require an evaluation of alternatives between fan energy and electrlcal demand charges, larger thermal storage, and the ability to reset room thermostats to take advantage of lower space humidity and to size air distribution components accurately to actual room/space needs. The advantages of cold air distribution and actual field performance are discussed in this paper.Units: I-P