Energy -conserving high -efficient multipath heat dissipation electric power cabinet

The utility model discloses an energy -conserving high -efficient multipath heat dissipation electric power cabinet, including the support frame and the cabinet body, the fixed orifices has been setedup at support frame lower part both ends, there is the cabinet door through hinged joint on the cabinet sinistron lateral wall, a plurality of louvres have evenly been seted up on cabinet door surface, louvre evenly distributed is at each lateral wall of the cabinet body to and the up end of support frame, all install the heating panel that the slope set up through upper and lower two fixed plates on cabinet sinistron side and the right side outer wall, cabinet body top is through installing the support column on the threaded attachment hole, the canopy has been set up to the support column upper end, inner wall mid -mounting after the internal portion of cabinet leans on has PLC controller and temperature -sensing ware, the PLC controller carries out electric connection with radiator, temperature -sensing ware a