针对UPS机房的空调解决方案，UPS机房的特点为备用电源工作场所，UPS机房有大量发热设备，UPS机房内人员不会太多。根据UPS机房的特点，精密空调选型推荐如下：HIMOD E16机型。
This is a solution of A/C for a UPS room. The characteristic of the UPS room is the workplace in back-up power facility, and there is a large amount of equipment. Personnel are not too much. According to the characteristics of the space for the UPS room, the selection of model is recommended as HIMOD E16.
经济效益评估：(Economic Evaluation)
This is a solution of A/C for a UPS room. The characteristic of the UPS room is the workplace in back-up power facility, and there is a large amount of equipment. Personnel are not too much. According to the characteristics of the space for the UPS room, the selection of model is recommended as HIMOD E16.
经济效益评估：(Economic Evaluation)
- 该UPS机房需安装空调面积总计100平方米左右，有大量发热设备(15KW)，对温湿控制及节能有要求，依据实际情况每平米所需制冷量平均按400W计算，总需求55KW制冷量。
The total area is of about 100 square meters for the UPS room, and there is a large amount of heat source (15KW), and it requires the temperature and humidity control and energy saving features. Required cooling capacity per square meter on average calculated based on the actual situation according to 400W, the total demand for cooling capacity is of 55KW.
- 要满足该项目55KW的制冷量，需使用HIMOD E16机组1套装机。
To meet the cooling capacity of 55KW, this project is needed to use one set of unit (HIMOD E16).
- 经济效益对比估算：传统空调满足55KW制冷量的输入功率至少为21KW左右，而HIMOD E16机组1套主机的输入功率合计为14.07KW，主机部分省电33%，全年共计节省电费1.3万元以上。(按1年运行8个月，1月运行30天，1天运行8小时，用电按1元1度计算)机房精密空调
Comparison of economic benefit estimation: the traditional air-conditioning input power (55KW cooling capacity) is at least about 21KW, and the HIMOD E16 input power per set is of 14.07KW. The energy saving is up to 33%. The annual saving is more than 13000 CNY. (According to 8 months per year, 30 days per month, 8 hours per day of operation, electricity by 1 CNY/1 degree calculation)