制冷与空调(四川)
製冷與空調(四川)
제랭여공조(사천)
REFRIGERATION & AIR-CONDITION
2014年
3期
375-378
,共4页
多联机%?分析%节能%优化%模拟
多聯機%?分析%節能%優化%模擬
다련궤%?분석%절능%우화%모의
Variable Refrigerant Volume%exergy analysis%energy conservation%optimization%simulations
应用?分析方法,从能量的量和质两个方面对多联机空调系统进行了节能分析。首先建立了多联机空调系统的?分析模型,进而利用该模型模拟出了各部分的?损失,最后,提出了系统的节能方法和应采取的措施,以期实现整个系统的?损失最小,?效率最高,节能效果最佳,这为多联机空调系统的设计提供了有益的参考。
應用?分析方法,從能量的量和質兩箇方麵對多聯機空調繫統進行瞭節能分析。首先建立瞭多聯機空調繫統的?分析模型,進而利用該模型模擬齣瞭各部分的?損失,最後,提齣瞭繫統的節能方法和應採取的措施,以期實現整箇繫統的?損失最小,?效率最高,節能效果最佳,這為多聯機空調繫統的設計提供瞭有益的參攷。
응용?분석방법,종능량적량화질량개방면대다련궤공조계통진행료절능분석。수선건립료다련궤공조계통적?분석모형,진이이용해모형모의출료각부분적?손실,최후,제출료계통적절능방법화응채취적조시,이기실현정개계통적?손실최소,?효솔최고,절능효과최가,저위다련궤공조계통적설계제공료유익적삼고。
Exergy analysis method is applied in this article, from two aspects of the quantity of energy and mass of Variable Refrigerant Volume are analyzed in energy saving. Variable Refrigerant Volume was established by the exergy analysis model, and then use the model to simulate the exergy loss of each part, and finally, puts forward the system of energy saving methods and the measures should be taken, in order to achieve the minimum exergy loss of the whole system, the exergy efficiency is highest, the best effect of energy conservation, the multiple online air conditioning system design provides the beneficial reference.