The temperature of air conditioning has always played a crucial role in user experience.How to maintain the air conditioning temperature and improve the heating efficiency has become a con-cern for researchers.Taking the fan blade structure of a cabinet air conditioner as the research object,a brief calculation model is established in three-dimensional software.Finite element simulation software is then employed to simulate experiments on both the original fan blade and the fan blade with optimized structure.Compared to the original fan blade,the temperature distribution in the room section of the optimized fan blade is more uniform,and the velocity vectors are denser and more numerous.The aver-age temperature in the room has increased by approximately 1.6 K.Simulation experiment results indi-cate that altering the shape of the fan blade structure can effectively improve the airflow and temperature field in the room,thereby enhancing the temperature and meeting people's requirements for air condi-tioning comfort.
关键词
柜式空调/扇叶结构/温度场分布
Key words
cabinet air conditioning/fan blade structure/temperature field distribution
维普
万方数据