广东工业大学学报
廣東工業大學學報
엄동공업대학학보
Journal of Guangdong University of Technology
2015年
3期
141-146
,共6页
空调供热模式%空气源热泵热水机组%热水锅炉%能流数学模型%热源选择%节能降耗
空調供熱模式%空氣源熱泵熱水機組%熱水鍋爐%能流數學模型%熱源選擇%節能降耗
공조공열모식%공기원열빙열수궤조%열수과로%능류수학모형%열원선택%절능강모
heating mode of air conditioning%air-source heat pump water chiller%heat water boiler%en-ergy flow mathematical models%heat source selection%energy saving and lower consumption
在供热区域热舒适性及室内空气品质满足要求的前提条件下,通过分析从热源提取热量到最终释放到供热房间的整个环路的能流情况,分别建立了以空气源热泵热水机组和燃料燃烧的热水锅炉为热源的集中空调供热系统的整个环路的能流数学模型,并进行了对比分析。并以广州某酒店冬季供热系统为例,绘制了该系统在设计条件下,分别采用上述两种不同热源条件下完整的集中空调供热系统的能流图,直观地表现了这两种系统中各部分能流的大小和方向、能量平衡关系及能量损失以及它们之间的主要差别。识别出两种系统中主要的能流,可以为空调热源的优选及所选系统的节能降耗提供有用的信息。
在供熱區域熱舒適性及室內空氣品質滿足要求的前提條件下,通過分析從熱源提取熱量到最終釋放到供熱房間的整箇環路的能流情況,分彆建立瞭以空氣源熱泵熱水機組和燃料燃燒的熱水鍋爐為熱源的集中空調供熱繫統的整箇環路的能流數學模型,併進行瞭對比分析。併以廣州某酒店鼕季供熱繫統為例,繪製瞭該繫統在設計條件下,分彆採用上述兩種不同熱源條件下完整的集中空調供熱繫統的能流圖,直觀地錶現瞭這兩種繫統中各部分能流的大小和方嚮、能量平衡關繫及能量損失以及它們之間的主要差彆。識彆齣兩種繫統中主要的能流,可以為空調熱源的優選及所選繫統的節能降耗提供有用的信息。
재공열구역열서괄성급실내공기품질만족요구적전제조건하,통과분석종열원제취열량도최종석방도공열방간적정개배로적능류정황,분별건립료이공기원열빙열수궤조화연료연소적열수과로위열원적집중공조공열계통적정개배로적능류수학모형,병진행료대비분석。병이엄주모주점동계공열계통위례,회제료해계통재설계조건하,분별채용상술량충불동열원조건하완정적집중공조공열계통적능류도,직관지표현료저량충계통중각부분능류적대소화방향、능량평형관계급능량손실이급타문지간적주요차별。식별출량충계통중주요적능류,가이위공조열원적우선급소선계통적절능강모제공유용적신식。
In order to meet the requirement of the heating thermal comfort and indoor air quality, the en-ergy flow mathematical model for the central air conditioning system with air-source heat pump water chil-ler and fuel combustion boiler were established in sequence to finally determine global energy flow through analyzing the comparative energy flows of the consecutive loops which begin from extraction energy from the environment and provide it to the conditioning space.As a case study, the two energy flow diagrams of heating modes with different heat sources at a hotel in Guangzhou were drawn respectively, which can visualize each energy flow, energy balances, energy losses and their main differences.Recognizing the main energy flow of the two heat sources can provide useful messages for selection and energy saving of heating mode of conditioning system.