暖通空调
暖通空調
난통공조
HEATING,VENTILATING & AIR CONDITIONING
2014年
9期
51-55
,共5页
李广华%姜峰%胡吉士
李廣華%薑峰%鬍吉士
리엄화%강봉%호길사
温度湿度独立控制%溶液调湿%江水直供%水源热泵%节能性分析
溫度濕度獨立控製%溶液調濕%江水直供%水源熱泵%節能性分析
온도습도독립공제%용액조습%강수직공%수원열빙%절능성분석
temperature and humidity independent process%liquid desiccant%direct river water supply%water-source heat pump%energy efficiency analysis
高温冷源是影响溶液调湿温度湿度独立控制系统节能性的关键因素。以实际项目为例，针对项目周边江水水温逐时数据，分析了由江水直接作为系统高温冷源的可行性，计算得到江水直供与热泵联合驱动的溶液调湿空调系统的节能率为20．52％。
高溫冷源是影響溶液調濕溫度濕度獨立控製繫統節能性的關鍵因素。以實際項目為例，針對項目週邊江水水溫逐時數據，分析瞭由江水直接作為繫統高溫冷源的可行性，計算得到江水直供與熱泵聯閤驅動的溶液調濕空調繫統的節能率為20．52％。
고온랭원시영향용액조습온도습도독립공제계통절능성적관건인소。이실제항목위례，침대항목주변강수수온축시수거，분석료유강수직접작위계통고온랭원적가행성，계산득도강수직공여열빙연합구동적용액조습공조계통적절능솔위20．52％。
High-temperature cold source is a key factor that influences energy efficiency of liquid desiccant based temperature and humidity independent process air conditioning system.Taking an actual project as an example,according to the hourly data of the river water temperature around the project, analyses the feasibility using river water as the high-temperature cold source directly.Calculation results show that the energy saving rate of this system is 20.52%.
