摘要
采用鸿业全年负荷计算及能耗分析软件HY-EP4.0,选用中国标准年(CSWD)气象数据,对5个气候分区6个典型城市的商场建筑的一个典型层进行动态负荷计算。以《非供暖季不同末端空调系统综合能耗的计算分析方法浅析》中的计算分析方法对风机盘管、空气处理机组和多联机(简称VRF)3种不同的空调末端形式的非供暖季空调系统综合能耗进行了计算分析,结果表明,多联机系统的空调综合能耗最低,风机盘管系统次之,空气处理机组最高。
The energy simulation program HY-EP 4.0 is applied to simulate the dynamic loads,inputting the China Standard Weather Database(CSWD),using the same commercial building model of six typical cities in five climatic zoning.The calculating method in paper“Calculation Methods about Comprehensive Energy Consumption of Air Conditioning System by Different Terminal Units in Non-heating Season”issued on Journal of Building Energy Efficiency(vol.46(2),2018),is utilized to analyze the comprehensive energy consumption of air conditioning system by terminal units,including fan-coil unit,air handling unit and multi-connected split unit(VRF),in non-heating season of a full year.The results showed the comprehensive energy consumption of air conditioning system,VRF is the lowest,fan-coil unit is the middle,air handling unit is the highest.
作者
林秀军
吴延奎
LIN Xiu-jun;WU Yan-kui(AECOM,Architecture Design Bulildings+Places,Shenzhen 518000,Guangdong,China;Shenzhen General Institute of Architectural Design and Research CO.,LTD,Shenzhen 518000,Guangdong,China)
出处
《建筑节能》
CAS
2018年第4期64-69,77,共7页
BUILDING ENERGY EFFICIENCY
关键词
商场建筑
不同空调末端
非供暖季空调系统综合能耗
动态负荷计算
commercial building
different terminal units
comprehensive energy consumption of air conditioning system in non-heating season
dynamic load calculation
