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The Experimental Investigation of Recirculation of Air-Cooled System for a Large Power Plant

The Experimental Investigation of Recirculation of Air-Cooled System for a Large Power Plant
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摘要 The paper introduces thermal buoyancy effects to experimental investigation of wind tunnel simulation on direct air-cooled condenser for a large power plant. In order to get thermal flow field of air-cooled tower, PIV experiments are carried out and recirculation ratio of each condition is calculated. Results show that the thermal flow field of the cooling tower has great influence on the recirculation under the cooling tower. Ameliorating the thermal flow field of the cooling tower can reduce the recirculation under the cooling tower and improve the efficiency of air-cooled condenser also. The paper introduces thermal buoyancy effects to experimental investigation of wind tunnel simulation on direct air-cooled condenser for a large power plant. In order to get thermal flow field of air-cooled tower, PIV experiments are carried out and recirculation ratio of each condition is calculated. Results show that the thermal flow field of the cooling tower has great influence on the recirculation under the cooling tower. Ameliorating the thermal flow field of the cooling tower can reduce the recirculation under the cooling tower and improve the efficiency of air-cooled condenser also.
作者 Wanli Zhao Qiyue Wang Peiqing Liu
机构地区 不详
出处 《Energy and Power Engineering》 2010年第4期291-297,共7页 能源与动力工程（英文）
关键词 DIRECT Air-Cooled CONDENSER Thermal Flow Field Recirculation PIV EXPERIMENT Power PLANT Direct Air-Cooled Condenser Thermal Flow Field Recirculation PIV Experiment Power Plant
分类号 R73 [医药卫生—肿瘤]
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Energy and Power Engineering
2010年 第4期

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