利用传热学空气对流换热以及热辐射原理,设计了一种基于碳纤维材料发热的室内壁挂式调温器,完成了多项试点温度、速度等的试验测定及Ansys模拟,模拟与试验温度场和速度场很好地吻合,并总结了应用该设计达到的最佳传热效果。结果表明:该室内壁挂调温器能有效解决局部采暖方式能量利用率低、有害气体排放高等问题,达到节能减排的效果。 Based on the principle of convection heat transfer and heat radiation of heat transfer, an indoor wall-mounted thermostat based on the heating of carbon fiber materials was designed and tested by a number of experimental parameters such as temperature and speed, Ansys simulation, simulation and test temperature field This is in good agreement with the velocity field and summarizes the best heat transfer achieved with this design. The results show that the indoor wall-hanging thermostat can effectively solve the problem of low energy utilization rate and high harmful gas emission of the local heating mode and achieve the effect of energy saving and emission reduction.