论文部分内容阅读
该系统能实现温度湿度独立控制,提高空调冷水温度。介绍了液体除湿独立处理新风和液体除湿与全热换热器共同处理新风的焓湿图和系统流程图。结合对某工程的节能改造,分析了节能效益及减排量。结果表明,应用该系统在设计工况下可获得冷量1.36GJ/h,CO2减排量132.5kg/h,节能减排效果显著。
The system can achieve independent control of temperature and humidity, improve air conditioning cold water temperature. Introduced the liquid dehumidification independent treatment of fresh air and liquid dehumidification and total heat exchangers co-processing the fresh air enthalpy diagram and system flow chart. Combined with the energy-saving renovation of a project, the energy-saving benefits and emission reductions were analyzed. The results show that the system can achieve a cooling capacity of 1.36GJ / h and a CO2 emission reduction of 132.5kg / h under the design conditions, which has significant effect on energy conservation and emission reduction.