A refrigerator comprising: a cabinet including a refrigerating compartment and a freezing compartment provided below the refrigerating compartment; a refrigerating compartment door rotatably connected from a front surface of the cabinet to open or close the refrigerating compartment and including an ice storage compartment for storing ice; an ice bank provided in the ice storage compartment to store the ice; an icemaker for making spherical ice, including an upper tray forming a semi-spherical upper cell, a lower tray forming a semi-spherical lower cell and a rotation shaft for rotating the lower tray and provided in the freezing compartment; a housing for housing the icemaker in an upper space and having an ice collection part for collecting the ice separated from the icemaker, the ice collection part being formed in a lower end thereof; an ice transfer duct (62, 72) for connecting the housing and the ice bank; and an ice transfer device including a first ice transfer device for transferring the ice collected in the ice collection part to the ice bank along the ice transfer duct (62, 72), characterised in that the first ice transfer device is connected to one side of the housing and includes: a transfer case (51; a transfer disk rotatably provided in the transfer case; a transfer cable wound on an outer circumferential surface of the transfer disk; a pusher connected to an end of the transfer cable and configured to push and send the spheres of ice aligned in a line in the ice collection part of the housing to the ice transfer duct (62,72); a transfer motor for rotating the transfer disk; and a transfer chute connected to the outlet of the transfer case, the pusher being received in the transfer chute, wherein the transfer chute communicates with the ice collection part. a cabinet including a refrigerating compartment and a freezing compartment provided below the refrigerating compartment; a refrigerating compartment door rotatably connected from a front surface of the cabinet to open or close the refrigerating compartment and including an ice storage compartment for storing ice; an ice bank provided in the ice storage compartment to store the ice; an icemaker for making spherical ice, including an upper tray forming a semi-spherical upper cell, a lower tray forming a semi-spherical lower cell and a rotation shaft for rotating the lower tray and provided in the freezing compartment; a housing for housing the icemaker in an upper space and having an ice collection part for collecting the ice separated from the icemaker, the ice collection part being formed in a lower end thereof; an ice transfer duct (62, 72) for connecting the housing and the ice bank; and an ice transfer device including a first ice transfer device for transferring the ice collected in the ice collection part to the ice bank along the ice transfer duct (62, 72), characterised in that the first ice transfer device is connected to one side of the housing and includes: a transfer case (51; a transfer disk rotatably provided in the transfer case; a transfer cable wound on an outer circumferential surface of the transfer disk; a pusher connected to an end of the transfer cable and configured to push and send the spheres of ice aligned in a line in the ice collection part of the housing to the ice transfer duct (62,72); a transfer motor for rotating the transfer disk; and a transfer chute connected to the outlet of the transfer case, the pusher being received in the transfer chute, wherein the transfer chute communicates with the ice collection part. a transfer case (51; a transfer disk rotatably provided in the transfer case; a transfer cable wound on an outer circumferential surface of the transfer disk; a pusher connected to an end of the transfer cable and configured to push and send the spheres of ice aligned in a line in the ice collection part of the housing to the ice transfer duct (62,72); a transfer motor for rotating the transfer disk; and a transfer chute connected to the outlet of the transfer case, the pusher being received in the transfer chute, wherein the transfer chute communicates with the ice collection part.