SL_ST HEAT RECUPERATIVE VENTILATION 4

SL_ST HEAT RECUPERATIVE VENTILATION 4

cults3d

HEAT TRANSFER CFD https://www.simscale.com/projects/SLAVA/sl_st_heat_recuperative_ventilation_4_heat_transfer/ CAD https://grabcad.com/library/sl_st-heat-recuperative-ventilation-1 The principle of operation. Two oncoming streams pass through thin channels. The only thing that separates the air flows is a thin aluminum foil. In this way, a constant temperature gradient is created and throughout the entire path, one stream cools, the other heats up. Theoretically, we will lose only a few degrees of our heat. The structure consists of a layered structure of heat insulators (laser-cut plywood) and heat exchangers (aluminum foil, kitchen). Cheap to manufacture and easy to operate design. On the model you can see the direction of the flows. This design will keep your home warm or keep cool. At the same time, you will calmly renew the air in the room. As for me, nothing can compare with the thermal conductivity of such a thin heat exchanger. I will be glad to hear your comments.

Download Model from cults3d

With this file you will be able to print SL_ST HEAT RECUPERATIVE VENTILATION 4 with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on SL_ST HEAT RECUPERATIVE VENTILATION 4.