建筑热能通风空调
建築熱能通風空調
건축열능통풍공조
BUILDING ENERGY & ENVIRONMENT
2012年
5期
22-24,11
,共4页
间歇运行%空调负荷%DeST%鸿业
間歇運行%空調負荷%DeST%鴻業
간헐운행%공조부하%DeST%홍업
intermittent air-conditioning%air-conditioning load%DeST%Hongye
在空调间歇运行模式下,分别用鸿业负荷计算软件和DeST软件对江苏南通某别墅一住户进行了负荷模拟计算。比较了二者在最大负荷日计算结果的差异,统计了各冷热负荷段在典型气象年的小时数分布。结果表明,鸿业设计日最大冷负荷满足空调间歇运行的要求,而鸿业设计热负荷需要乘以大约1.25的系数才能满足间歇性空调的需求。
在空調間歇運行模式下,分彆用鴻業負荷計算軟件和DeST軟件對江囌南通某彆墅一住戶進行瞭負荷模擬計算。比較瞭二者在最大負荷日計算結果的差異,統計瞭各冷熱負荷段在典型氣象年的小時數分佈。結果錶明,鴻業設計日最大冷負荷滿足空調間歇運行的要求,而鴻業設計熱負荷需要乘以大約1.25的繫數纔能滿足間歇性空調的需求。
재공조간헐운행모식하,분별용홍업부하계산연건화DeST연건대강소남통모별서일주호진행료부하모의계산。비교료이자재최대부하일계산결과적차이,통계료각랭열부하단재전형기상년적소시수분포。결과표명,홍업설계일최대랭부하만족공조간헐운행적요구,이홍업설계열부하수요승이대약1.25적계수재능만족간헐성공조적수구。
In intermittent air conditioning operation mode, respectively, simulating the air conditioning load of a villa house in Nantong, Jiangsu used by DeST and Hongye load sofeware. Comparing the differences between the two in Maximum load of the day and counting the hours between every load segment in the typical meteorological year~ The result indicates that, the maximum cooling load calculated by Hongye is well suited, however, the design heating load calculated by Hongye has to, be multiplied by 1.25.
