A refrigerator comprising: a compressor; a condenser configured to condense refrigerant discharged from the compressor; a first evaporator for a freezing compartment and a second evaporator for a refrigerating compartment being connected to an outlet side of the condenser; a freezing compartment valve for opening and closing a first refrigerant passage between the condenser and the first evaporator; a refrigerating compartment valve for opening and closing a second refrigerant passage between the condenser and the second evaporator; a freezing compartment fan configured to supply air to the first evaporator; a refrigerating compartment fan configured to supply air to the second evaporator; an ice making fan configured to supply the air passing through the first evaporator to an ice making compartment; an ice bin configured to store ice in the ice making compartment; an ice making compartment temperature sensor configured to sense a temperature of the ice making compartment; and a controller configured to control the refrigerator according to a method for controlling the refrigerator, the method comprising: determining whether ice is stored in the ice bin of the ice making compartment which is cooled by cold air received from the freezing compartment; determining whether a freezing cycle is operated, upon determining that ice is stored in the ice bin of the ice making compartment; determining that a stop condition of a cooling cycle for the freezing compartment is satisfied when a temperature of the freezing compartment is equal to or less than a first freezing compartment reference temperature, upon determining that the freezing cycle is operated; measuring a temperature of the ice making compartment, when the stop condition of the cooling cycle for the freezing compartment is satisfied; and opening the first refrigerant passage between the condenser and the first evaporator, and turning on the ice making fan for supplying cold air from the freezing compartment to the ice making compartment when the temperature within the ice making compartment is equal to or greater than a first reference temperature of the ice making compartment. a compressor; a condenser configured to condense refrigerant discharged from the compressor; a first evaporator for a freezing compartment and a second evaporator for a refrigerating compartment being connected to an outlet side of the condenser; a freezing compartment valve for opening and closing a first refrigerant passage between the condenser and the first evaporator; a refrigerating compartment valve for opening and closing a second refrigerant passage between the condenser and the second evaporator; a freezing compartment fan configured to supply air to the first evaporator; a refrigerating compartment fan configured to supply air to the second evaporator; an ice making fan configured to supply the air passing through the first evaporator to an ice making compartment; an ice bin configured to store ice in the ice making compartment; an ice making compartment temperature sensor configured to sense a temperature of the ice making compartment; and a controller configured to control the refrigerator according to a method for controlling the refrigerator, the method comprising: determining whether ice is stored in the ice bin of the ice making compartment which is cooled by cold air received from the freezing compartment; determining whether a freezing cycle is operated, upon determining that ice is stored in the ice bin of the ice making compartment; determining that a stop condition of a cooling cycle for the freezing compartment is satisfied when a temperature of the freezing compartment is equal to or less than a first freezing compartment reference temperature, upon determining that the freezing cycle is operated; measuring a temperature of the ice making compartment, when the stop condition of the cooling cycle for the freezing compartment is satisfied; and opening the first refrigerant passage between the condenser and the first evaporator, and turning on the ice making fan for supplying cold air from the freezing compartment to the ice making compartment when the temperature within the ice making compartment is equal to or greater than a first reference temperature of the ice making compartment. determining whether ice is stored in the ice bin of the ice making compartment which is cooled by cold air received from the freezing compartment; determining whether a freezing cycle is operated, upon determining that ice is stored in the ice bin of the ice making compartment; determining that a stop condition of a cooling cycle for the freezing compartment is satisfied when a temperature of the freezing compartment is equal to or less than a first freezing compartment reference temperature, upon determining that the freezing cycle is operated; measuring a temperature of the ice making compartment, when the stop condition of the cooling cycle for the freezing compartment is satisfied; and opening the first refrigerant passage between the condenser and the first evaporator, and turning on the ice making fan for supplying cold air from the freezing compartment to the ice making compartment when the temperature within the ice making compartment is equal to or greater than a first reference temperature of the ice making compartment.