A refrigerator comprising: a main body including at least one wine chamber (W1, W2) and a freezing chamber; a compressor to compress refrigerant; a condenser to condense the refrigerant compressed in the compressor; a freezing chamber evaporator to cool the freezing chamber; a freezing chamber fan to circulate cool air of the freezing chamber in the freezing chamber and to the freezing chamber evaporator; a defrosting heater to defrost the freezing chamber evaporator; a wine chamber evaporator to cool the at least one wine chamber (W1, W2); a wine chamber fan to circulate cool air of the at least one wine chamber (W1, W2)) in the wine chamber (W1, W2) and to the wine chamber evaporator; a path switching device to guide the refrigerant condensed in the condenser to the freezing chamber evaporator in a freezing chamber mode and to guide the refrigerant condensed in the condenser to the wine chamber evaporator in a wine chamber mode; and a controller configured: - to turn on the defrosting heater to perform a freezing chamber defrosting mode for defrosting the freezing chamber evaporator, - and to drive the compressor, drive the wine chamber fan, and control the path switching device to the wine chamber mode to perform a wine chamber pre-cool mode; stop the wine chamber fan in the wine chamber pre-cool mode, drive the freezing chamber fan, and control the path switching device to the freezing chamber mode to perform a freezing chamber pre-cool mode, wherein the freezing chamber defrosting mode starts after terminating the freezing chamber pre-cool mode, characterized in that the controller is further configured to control the path switching device to the wine chamber mode and to drive the compressor and the wine chamber fan if a temperature condition of the at least one wine chamber (W1,W2) is dissatisfied in the freezing chamber defrosting mode. a main body including at least one wine chamber (W1, W2) and a freezing chamber; a compressor to compress refrigerant; a condenser to condense the refrigerant compressed in the compressor; a freezing chamber evaporator to cool the freezing chamber; a freezing chamber fan to circulate cool air of the freezing chamber in the freezing chamber and to the freezing chamber evaporator; a defrosting heater to defrost the freezing chamber evaporator; a wine chamber evaporator to cool the at least one wine chamber (W1, W2); a wine chamber fan to circulate cool air of the at least one wine chamber (W1, W2)) in the wine chamber (W1, W2) and to the wine chamber evaporator; a path switching device to guide the refrigerant condensed in the condenser to the freezing chamber evaporator in a freezing chamber mode and to guide the refrigerant condensed in the condenser to the wine chamber evaporator in a wine chamber mode; and a controller configured: - to turn on the defrosting heater to perform a freezing chamber defrosting mode for defrosting the freezing chamber evaporator, - and to drive the compressor, drive the wine chamber fan, and control the path switching device to the wine chamber mode to perform a wine chamber pre-cool mode; - to turn on the defrosting heater to perform a freezing chamber defrosting mode for defrosting the freezing chamber evaporator, - and to drive the compressor, drive the wine chamber fan, and control the path switching device to the wine chamber mode to perform a wine chamber pre-cool mode; stop the wine chamber fan in the wine chamber pre-cool mode, drive the freezing chamber fan, and control the path switching device to the freezing chamber mode to perform a freezing chamber pre-cool mode, wherein the freezing chamber defrosting mode starts after terminating the freezing chamber pre-cool mode, characterized in that the controller is further configured to control the path switching device to the wine chamber mode and to drive the compressor and the wine chamber fan if a temperature condition of the at least one wine chamber (W1,W2) is dissatisfied in the freezing chamber defrosting mode.