建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2015年
7期
34-38
,共5页
太阳能%水源热泵%TRNSYS%热负荷特性%适用性分析
太暘能%水源熱泵%TRNSYS%熱負荷特性%適用性分析
태양능%수원열빙%TRNSYS%열부하특성%괄용성분석
solar%water source heat pump%TRNSYS%heat load characteristic%applicability analysis
太阳能水源热泵系统是一种新型高效节能环保的系统，太阳能与热泵联合供暖可以发挥各自的优势，弥补单一形式的不足，提高采暖的稳定性和系统运行性能。针对我国太阳能水源热泵建筑适应性问题，以哈尔滨、北京、上海的气象数据库作为基础条件，分析了典型建筑热负荷特征，建立系统数学模型，并用 TRNSYS 平台进行优化求解，为适用性研究提供了必要的数据基础。依据寿命周期评价理论，对各地区太阳能水源热泵建筑适用性进行分析，结果表明严寒地区及寒冷地区太阳能水源热泵适用性较好，环境效益明显。
太暘能水源熱泵繫統是一種新型高效節能環保的繫統，太暘能與熱泵聯閤供暖可以髮揮各自的優勢，瀰補單一形式的不足，提高採暖的穩定性和繫統運行性能。針對我國太暘能水源熱泵建築適應性問題，以哈爾濱、北京、上海的氣象數據庫作為基礎條件，分析瞭典型建築熱負荷特徵，建立繫統數學模型，併用 TRNSYS 平檯進行優化求解，為適用性研究提供瞭必要的數據基礎。依據壽命週期評價理論，對各地區太暘能水源熱泵建築適用性進行分析，結果錶明嚴寒地區及寒冷地區太暘能水源熱泵適用性較好，環境效益明顯。
태양능수원열빙계통시일충신형고효절능배보적계통，태양능여열빙연합공난가이발휘각자적우세，미보단일형식적불족，제고채난적은정성화계통운행성능。침대아국태양능수원열빙건축괄응성문제，이합이빈、북경、상해적기상수거고작위기출조건，분석료전형건축열부하특정，건립계통수학모형，병용 TRNSYS 평태진행우화구해，위괄용성연구제공료필요적수거기출。의거수명주기평개이론，대각지구태양능수원열빙건축괄용성진행분석，결과표명엄한지구급한랭지구태양능수원열빙괄용성교호，배경효익명현。
The solar water source heat pump system is an environmental friendly and high-efficient system. When solar heating system couples with water source heat pump, the two systems can complement each other, and improve the stability and performance of the heating system. Aiming at applicability of solar water source heat pump for building in our country, with meteorological database of Harbin, Beijing, Shanghai as basic conditions, the paper analyzes heat load characteristics of typical building. Mathematical model is established. Using TRNSYS platform for optimal solution, the article provides the necessary data basis for study on applicability of solar water source heat pump. According to the theory of life cycle assessment, the paper analyzes applicability of solar water source heat pump for building of each region. The result shows that the applicability of solar water source heat pump in severely cold region and cold region is environmentally beneficial.
