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冰蓄冷与水源热泵系统设计实例
引用本文:关海霞.冰蓄冷与水源热泵系统设计实例[J].低温工程,2006(4):59-62.
作者姓名:关海霞
作者单位:北京航天试验技术研究所,北京,100074
摘    要:为了克服冰蓄冷技术和水源热泵技术单独应用时的局限性,真正使二者有机结合起来起到"削峰填谷"的功效,通过对北京大红门服装城空调系统的设计,验证了冰蓄冷技术与水源热泵技术相结合的巨大优势.大红门服装城空调系统的最佳配置为2台1 260 kW三工况水源热泵机组、水源井5口和1套冰蓄冷空调系统,与常规空调系统相比,初期投资有所增加,约56万元,但年运行费用较低,与常规市政热力取暖系统进行比较,每个供暖季可节约212万元.

关 键 词:冰蓄冷  水源热泵  经济效益  节能
文章编号:1000-6516(2006)04-0059-04
收稿时间:2006-02-11
修稿时间:2006-02-112006-05-18

Demonstration design of ice-cold-energy accumulating system and water-head heat pump
Guan Haixia.Demonstration design of ice-cold-energy accumulating system and water-head heat pump[J].Cryogenics,2006(4):59-62.
Authors:Guan Haixia
Affiliation:Beijing Institute of Aerospace Testing Technology, Beijing 100074, China
Abstract:To overcome the limitation of ice-cold-energy accumulating system and water-head heat pump system in independent application and combine them effectively,a new type air-condition system of Beijing Dahongmen Clothing Shopping Center was designed to save energy by cutting power peak in day and filling valley in night.The fact shows the ice-cold-energy accumulating system integrating with the water-head heat pump has more economic benefit and energy saving effect than the common air-condition system.The air-condition system of Dahongmen Clothing Shopping Center has two 1 260 kW three-work-condition water-head heat pumps,five wells and one ice-cold-energy accumulating system.The initial investment needs about $560 000,but it can save about $2 120 000 in one heat-supply season than that of the common air-condition system.
Keywords:ice-cold-energy accumulation  water-head heat pump  economic benefit  energy saving
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