A compressor comprising: a compressor main body which houses a plurality of compression mechanism units (21, 22, 23) and an electric motor unit driving the plurality of compression mechanism units (21, 22, 23) in a case; an accumulator supported by the compressor main body and including a refrigerant introduction part at an upper portion thereof; and three suction pipes (41, 42, 43) penetrating a bottom portion of the accumulator, having one end sides which open inside the accumulator, and having the other end sides connected to three suction ports (26, 27, 28) provided in the case, wherein the three suction pipes (41, 42, 43) are a first suction pipe, a second suction pipe, and a third suction pipe, the three suction pipes (41, 42, 43) are disposed at a portion penetrating the bottom portion of the accumulator so that a first center of a first flow path cross section of the first suction pipe, a second center of a second flow path cross section of the second suction pipe, and a third center of a third flow path cross section of the third suction pipe are positioned at vertices of a triangle as viewed from above the accumulator, the first suction pipe is disposed so that a first distance (S 1) between the first center and a center of the compressor main body is smaller than a second distance between the second center and the center of the compressor main body and a third distance between the third center and the center of the compressor main body, the other end side of the first suction pipe is connected to a first suction port which is positioned uppermost among the three suction ports (26, 27, 28), the three suction pipes (41, 42, 43) include main curved pipe parts (41g, 42g, 43g) which are curved from below the accumulator toward the three suction ports (26, 27, 28), characterized in that a second virtual plane on which a central axis of the main curved pipe part of the second suction pipe is disposed and a third virtual plane on which a central axis of the main curved pipe part of the third suction pipe is disposed are inclined to opposite sides from each other with respect to a first virtual plane on which a central axis of the main curved pipe part of the first suction pipe is disposed, the other end side of the third suction pipe is connected to a third suction port which is positioned lowermost among the three suction ports (26, 27, 28), and θ2 < θ3 is established when an inclination angle of the second virtual plane with respect to the first virtual plane is θ2 and an inclination angle of the third virtual plane with respect to the first virtual plane is θ3. a compressor main body which houses a plurality of compression mechanism units (21, 22, 23) and an electric motor unit driving the plurality of compression mechanism units (21, 22, 23) in a case; an accumulator supported by the compressor main body and including a refrigerant introduction part at an upper portion thereof; and three suction pipes (41, 42, 43) penetrating a bottom portion of the accumulator, having one end sides which open inside the accumulator, and having the other end sides connected to three suction ports (26, 27, 28) provided in the case, wherein the three suction pipes (41, 42, 43) are a first suction pipe, a second suction pipe, and a third suction pipe, the three suction pipes (41, 42, 43) are disposed at a portion penetrating the bottom portion of the accumulator so that a first center of a first flow path cross section of the first suction pipe, a second center of a second flow path cross section of the second suction pipe, and a third center of a third flow path cross section of the third suction pipe are positioned at vertices of a triangle as viewed from above the accumulator, the first suction pipe is disposed so that a first distance (S 1) between the first center and a center of the compressor main body is smaller than a second distance between the second center and the center of the compressor main body and a third distance between the third center and the center of the compressor main body, the other end side of the first suction pipe is connected to a first suction port which is positioned uppermost among the three suction ports (26, 27, 28), the three suction pipes (41, 42, 43) include main curved pipe parts (41g, 42g, 43g) which are curved from below the accumulator toward the three suction ports (26, 27, 28), characterized in that a second virtual plane on which a central axis of the main curved pipe part of the second suction pipe is disposed and a third virtual plane on which a central axis of the main curved pipe part of the third suction pipe is disposed are inclined to opposite sides from each other with respect to a first virtual plane on which a central axis of the main curved pipe part of the first suction pipe is disposed, the other end side of the third suction pipe is connected to a third suction port which is positioned lowermost among the three suction ports (26, 27, 28), and θ2 < θ3 is established when an inclination angle of the second virtual plane with respect to the first virtual plane is θ2 and an inclination angle of the third virtual plane with respect to the first virtual plane is θ3.