山西建筑
山西建築
산서건축
SHANXI ARCHITECTURE
2012年
36期
142-143
,共2页
土壤源热泵%温度场%模拟计算
土壤源熱泵%溫度場%模擬計算
토양원열빙%온도장%모의계산
ground source heat pump%temperature field%simulation and calculation
以成都来福士广场的土壤源热泵工程为例，采用Fluent6．2软件的TransientSolver模块对该项目的地下温度场进行了模拟计算，分别按照土壤源热泵间歇运行模式和连续运行模式来模拟计算地下温度场20年，从模拟结果可以清楚的看到，间歇运行模式下土壤的热平衡状况良好，突出了地下温度场的取热量和排热量的平衡是保证土壤源热泵系统长期稳定运行的重要因素。
以成都來福士廣場的土壤源熱泵工程為例，採用Fluent6．2軟件的TransientSolver模塊對該項目的地下溫度場進行瞭模擬計算，分彆按照土壤源熱泵間歇運行模式和連續運行模式來模擬計算地下溫度場20年，從模擬結果可以清楚的看到，間歇運行模式下土壤的熱平衡狀況良好，突齣瞭地下溫度場的取熱量和排熱量的平衡是保證土壤源熱泵繫統長期穩定運行的重要因素。
이성도래복사엄장적토양원열빙공정위례，채용Fluent6．2연건적TransientSolver모괴대해항목적지하온도장진행료모의계산，분별안조토양원열빙간헐운행모식화련속운행모식래모의계산지하온도장20년，종모의결과가이청초적간도，간헐운행모식하토양적열평형상황량호，돌출료지하온도장적취열량화배열량적평형시보증토양원열빙계통장기은정운행적중요인소。
Taking the project of the ground source heat pump on Laifushi Square of Chengdu as the example, the paper adopts the Transient Solver Module of the Fluent6.2 software to have the simulation calculation for the underground temperature field of the program, simulates and cal- culates the twenty years of the underground temperature field by adopting the intermittent operation module and its continuous operation one of the ground source heat pump, and shows from the simulation result that the heat balance of the soil in the intermittent operation module has better heat balance, and highlights the balance of the accumulated heat and the extracted heat of the underground temperature field is important for en- suring the long-term and stable operation of the ground source heat pump.
