通信基站用空调热管一体化设备性能测试及适用性研究

Performance Test and Applicability Research of Air Conditioning and Heat Pipe Integrated Equipment for Communication Base Station

为了解决通信基站空调系统温控效果不佳,能耗高等突出问题,提出了采用空调热管一体化,下送上回高风速内循环气流方式的技术方案,并开发了样机。经实地测试表明,该空调热管一体化设备控制机柜温度保持在10~38℃,且全年节能率高达60.0%。基于中国各地区的气候差异性进行了适用性分析,以郑州市作为参照标准,选取各地区代表性城市进行节能率分析推算,结果表明,各地区代表城市全年节能率均在50%以上,证明该空调热管一体化设备在全国地区值得推广应用。

To solve the outstanding problems in the air conditioning system of communication base station,such as poor temperature control effect and high energy consumption,a technical scheme of integrating air conditioning heat pipes and sending air with high wind speed down and back was proposed with a prototype developed.The field test shows that the temperature of the control cabinet of the air-conditioning heat pipe integrated equipment is kept at 10-38℃,and the annual energy-saving rate is as high as 60.0%.Applicability analysis was made based on climate differences in different regions of China.Taking Zhengzhou as a reference standard,the energy-saving rate of representative cities in each region was analyzed and calculated.The results show that the annual energy-saving rate of representative cities in each region is above 50%,proving that the air-conditioning heat pipe integrated equipment is worth popularizing and applying across China.