制冷与空调（四川）
製冷與空調（四川）
제랭여공조（사천）
REFRIGERATION & AIR-CONDITION
2012年
1期
58-62
,共5页
空调系统%综合能效比CEER%eQUEST3.6b%空调系统模型
空調繫統%綜閤能效比CEER%eQUEST3.6b%空調繫統模型
공조계통%종합능효비CEER%eQUEST3.6b%공조계통모형
Air-conditioning System%Comprehensive energy efficiency ratio CEER%eQUEST3.6b%the model of air-conditioning system
通过采用eQUEST3.6b建立深圳市某公共建筑空调系统的模型,然后分析改变冷却水进水温度、提高冷冻水供水温度、提高空调房间设定温度对空调系统综合能效比CEER的影响,得到了CEER随其变化的定量关系,为运行中在不改变现有空调设备的基础上提高系统综合能效比提供了依据。
通過採用eQUEST3.6b建立深圳市某公共建築空調繫統的模型,然後分析改變冷卻水進水溫度、提高冷凍水供水溫度、提高空調房間設定溫度對空調繫統綜閤能效比CEER的影響,得到瞭CEER隨其變化的定量關繫,為運行中在不改變現有空調設備的基礎上提高繫統綜閤能效比提供瞭依據。
통과채용eQUEST3.6b건립심수시모공공건축공조계통적모형,연후분석개변냉각수진수온도、제고냉동수공수온도、제고공조방간설정온도대공조계통종합능효비CEER적영향,득도료CEER수기변화적정량관계,위운행중재불개변현유공조설비적기출상제고계통종합능효비제공료의거。
In the paper,we established a model of the office building and its air-condition system in Shenzhen,by the eQUEST3.6b.And then analyzed the impact of by changing the cooling water inlet temperature,chilled water supply temperature,air-conditioned room temperature set on the CEER of air conditioning system.Then we obtained the quantitative relationship between those and CEER.And set a basis for improving CEER Without changing the existing equipments of Air-conditioning System in operation.
