制冷与空调（四川）
製冷與空調（四川）
제랭여공조（사천）
REFRIGERATION & AIR-CONDITION
2014年
1期
9-11,15
,共4页
地源热泵%冷却塔地源混合系统%温差控制%分时段温差控制
地源熱泵%冷卻塔地源混閤繫統%溫差控製%分時段溫差控製
지원열빙%냉각탑지원혼합계통%온차공제%분시단온차공제
Heat pump air-conditioning system%Hybrid of cooling tower and ground source cooling water system%Temperature Difference Control (TDC)%Time Interval with Temperature Difference Control (TITDC)
提出了一种用于冷却塔复合地源热泵空调系统的新型控制策略-分时段温差控制。然后通过对一个具体冷却塔复合地源热泵空调系统的TRNSYS模拟，从土壤的取放热量平衡、系统能否长期满足空调要求和系统的能耗三个方面综合分析了系统的运行控制采用分时段温差控制较采用温差控制的优点。
提齣瞭一種用于冷卻塔複閤地源熱泵空調繫統的新型控製策略-分時段溫差控製。然後通過對一箇具體冷卻塔複閤地源熱泵空調繫統的TRNSYS模擬，從土壤的取放熱量平衡、繫統能否長期滿足空調要求和繫統的能耗三箇方麵綜閤分析瞭繫統的運行控製採用分時段溫差控製較採用溫差控製的優點。
제출료일충용우냉각탑복합지원열빙공조계통적신형공제책략-분시단온차공제。연후통과대일개구체냉각탑복합지원열빙공조계통적TRNSYS모의，종토양적취방열량평형、계통능부장기만족공조요구화계통적능모삼개방면종합분석료계통적운행공제채용분시단온차공제교채용온차공제적우점。
A new control strategy applied to Heat Pump Air-Conditioning system with hybrid of cooling tower and ground source cooling water system, Time Interval with Temperature Difference Control (TITDC), is proposed in the article. And then a simulation model is developing for a case study building, by using a building energy simulation tool, TRNSYS, to verify the advantages of the new TITDC strategy contrasted to Temperature Difference Control (TDC) stategy on the critical parameters of annual ground heat energy balance, load satisfied percentage for long term and energy consumption.
