建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2014年
1期
14-17
,共4页
孙永才%李敏华%欧阳惕%王鹏%李秀余
孫永纔%李敏華%歐暘惕%王鵬%李秀餘
손영재%리민화%구양척%왕붕%리수여
换热性能%内因%热管背板%机柜服务器%分析
換熱性能%內因%熱管揹闆%機櫃服務器%分析
환열성능%내인%열관배판%궤거복무기%분석
heat exchange capacity%internal factors%heat pipe backplane%rack server%analysis
鉴于热管背板的节能、安全可靠等优点，通过实验测试分析机柜服务器内因对机柜热管背板换热性能的影响。分析得出机柜内部热负荷和循环风量的不均分布，对热管背板换热性能有较明显影响，而机柜各部位的热负荷均匀性增加和循环风量一致性变化，对热管背板换热性能影响较小。
鑒于熱管揹闆的節能、安全可靠等優點，通過實驗測試分析機櫃服務器內因對機櫃熱管揹闆換熱性能的影響。分析得齣機櫃內部熱負荷和循環風量的不均分佈，對熱管揹闆換熱性能有較明顯影響，而機櫃各部位的熱負荷均勻性增加和循環風量一緻性變化，對熱管揹闆換熱性能影響較小。
감우열관배판적절능、안전가고등우점，통과실험측시분석궤거복무기내인대궤거열관배판환열성능적영향。분석득출궤거내부열부하화순배풍량적불균분포，대열관배판환열성능유교명현영향，이궤거각부위적열부하균균성증가화순배풍량일치성변화，대열관배판환열성능영향교소。
The heat pipe backplane are energy saving, safe and reliable. The experimental test is adopted to analyze the performance of heat pipe backplane that influenced by rack server’s internal factors. The influence of uneven distribution heat load and circulating air volume inside the rack server is obvious-ly to heat pipe backplane heat transfer performance, but the performance of heat pipe backplane is little affected when the heat load increased evenly and the circulating air volume changes are consistent in every section of the rack server.
