A compressor comprising: a sealed container; a compressing element provided in the sealed container; an electric actuating element provided in the sealed container, the electric actuating element driving the compressing element; a first intake passage for guiding sucked low pressure refrigerant to the compressing element without releasing the low pressure refrigerant to an internal space of the sealed container; a first discharge passage for discharging high pressure refrigerant compressed by the compressing element and refrigerator oil from the compressing element directly to an outside of the sealed container without releasing the high pressure refrigerant to the internal space of the sealed container and without separating the high pressure refrigerant and the refrigerator oil; a second intake passage for guiding the high pressure refrigerant and the refrigerator oil having passed through the first discharge passage and an external heat exchanger provided downstream of the first discharge passage to the internal space of the sealed container, the compressor being characterized by further comprising: non-rotational oil separation means included with the second intake passage, for separating the high pressure refrigerant and the refrigerator oil without rotating the high pressure refrigerant and the refrigerator oil; and a second discharge passage for discharging the high pressure refrigerant in the internal space of the sealed container, the high pressure refrigerant having been separated from the refrigerator oil by the non-rotational oil separation means, to the outside of the sealed container without compressing the high pressure refrigerant. a sealed container; a compressing element provided in the sealed container; an electric actuating element provided in the sealed container, the electric actuating element driving the compressing element; a first intake passage for guiding sucked low pressure refrigerant to the compressing element without releasing the low pressure refrigerant to an internal space of the sealed container; a first discharge passage for discharging high pressure refrigerant compressed by the compressing element and refrigerator oil from the compressing element directly to an outside of the sealed container without releasing the high pressure refrigerant to the internal space of the sealed container and without separating the high pressure refrigerant and the refrigerator oil; a second intake passage for guiding the high pressure refrigerant and the refrigerator oil having passed through the first discharge passage and an external heat exchanger provided downstream of the first discharge passage to the internal space of the sealed container, the compressor being characterized by further comprising: non-rotational oil separation means included with the second intake passage, for separating the high pressure refrigerant and the refrigerator oil without rotating the high pressure refrigerant and the refrigerator oil; and a second discharge passage for discharging the high pressure refrigerant in the internal space of the sealed container, the high pressure refrigerant having been separated from the refrigerator oil by the non-rotational oil separation means, to the outside of the sealed container without compressing the high pressure refrigerant. non-rotational oil separation means included with the second intake passage, for separating the high pressure refrigerant and the refrigerator oil without rotating the high pressure refrigerant and the refrigerator oil; and a second discharge passage for discharging the high pressure refrigerant in the internal space of the sealed container, the high pressure refrigerant having been separated from the refrigerator oil by the non-rotational oil separation means, to the outside of the sealed container without compressing the high pressure refrigerant.