Evaporative condenser

An evaporative condenser comprising:

• a condensation module comprising N header rows including a first header extending in a first direction and having a flow path therein, a second header extending in the first direction and having a flow path therein, and a plurality of connecting tubes extending in a second direction between the first header and the second header and connecting the flow paths of the first header and the second header are stacked in a third direction, where N is a natural number equal to or greater than 2;
• a water injection module above the condensation module, and including a water supply pipe and a spray nozzle connected to the water supply pipe to spray water passing through the condensation module;
• a blowing module disposed on one side of the condensation module and comprising a fan configured to supply air passing through the condensation module;
• and
• a discharge case connected to a lower portion of the condensation module and a device frame on which the condensation module, the water injection module, and the blowing module are mounted,
• wherein the discharge case has a first height on one side higher than a second height on the other side thereof in a state of being mounted on the device frame,
• wherein the condensation module is mounted to the device frame through a housing;
• wherein an upper surface of the housing is parallel to a horizontal plane;
• and wherein a lower surface of the housing, that is connected to the discharge case, is inclined with respect to the horizontal plane,
• wherein a plurality of fins are disposed between the plurality of connecting tubes, and a flow path is formed in the third direction by the fins,
• the first to third directions are directions orthogonal to each other,
• the condensation module, the water injection module, and the blowing module are disposed such that the water injected by the water injection module and the air provided by the blowing module pass between the plurality of connecting tubes of the condensation module and the fins,
• when viewed in the first direction, an extension direction of the water supply pipe and the second direction are obliquely intersected at a first inclination angle, and
• a fluid outlet for liquefied fluid is connected to an Nth header row which is located at the highest position in the third direction.