Multi-channel heat exchange system with temperature sensing network

Abstract

The present invention provides a multi-channel heat exchange system with a temperature sensing network, including a heat exchange device. The heat exchange device is provided with an inlet for heat exchange medium I to flow in and an outlet for heat exchange medium I to flow out. The inlet is connected to an external heat exchange medium I input pipeline, and the outlet is connected to an external heat exchange medium I output pipeline. The heat exchange device includes a heat exchange box. An air channel and a water channel for heat exchange medium I to flow through are arranged in the heat exchange box. An air outlet and an air inlet of the air channel are respectively arranged on the side box body on the same side of the heat exchange box. In the vertical direction of the heat exchange box, the air outlet is arranged above the air inlet. Atmospheric air at normal pressure flows into the heat exchange device through the air channel, undergoes heat exchange with the heat exchange medium I in the water channel, and then is discharged. The present invention sets multiple heat exchange channels in the heat exchange system, and multiple heat exchange processes can occur simultaneously in the heat exchange channels, further improving the heat exchange effect of the heat exchange system to achieve the purpose of energy conservation and emission reduction.

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