流体机械
流體機械
류체궤계
Fluid Machinery
2015年
9期
79-82
,共4页
范轩%曹小林%黄晓峰%谭诒煌
範軒%曹小林%黃曉峰%譚詒煌
범헌%조소림%황효봉%담이황
通信机房%新风%空调%能耗
通信機房%新風%空調%能耗
통신궤방%신풍%공조%능모
communications room%fresh air%conditioning%energy simulation
以通信机房的空调能耗为研究对象,利用 TRNSYS 模拟软件建立未利用/利用新风系统时的通信机房的空调能耗模型。模拟研究通信机房的空调负荷、围护结构传热量等数据,将2种模型进行对比,并分析围护结构对空调负荷及围护结构传热量的影响趋势及变化规律。
以通信機房的空調能耗為研究對象,利用 TRNSYS 模擬軟件建立未利用/利用新風繫統時的通信機房的空調能耗模型。模擬研究通信機房的空調負荷、圍護結構傳熱量等數據,將2種模型進行對比,併分析圍護結構對空調負荷及圍護結構傳熱量的影響趨勢及變化規律。
이통신궤방적공조능모위연구대상,이용 TRNSYS 모의연건건립미이용/이용신풍계통시적통신궤방적공조능모모형。모의연구통신궤방적공조부하、위호결구전열량등수거,장2충모형진행대비,병분석위호결구대공조부하급위호결구전열량적영향추세급변화규률。
The energy consumption of communication equipment room is the main study object,establishing the air conditioning energy consumption model of the communication equipment room when not using/using the new air system utilizing TRNSYS sim-ulation software.Numerical simulations were used to investigate the air conditioning load and the wall gain load of communication equipment room,the two models are compared,and analyse impact trend and change rule of meteorological parameters and build-ing envelope to air conditioning load and heat transmission capacity of building envelope.