Scroll compressor having an area of bypass holes formed at a compression chamber with a larger volume reduction gradient larger than an area of bypass holes at the other compression chamber

A scroll compressor, comprising:

• a fixed scroll having a fixed wrap;
• an orbiting scroll coupled to the fixed scroll, and having an orbiting wrap forming a first compression chamber and a second compression chamber on an outer and an inner surface of the orbiting wrap and a rotational shaft coupling portion formed at a central portion of the orbiting wrap to perform orbiting movement with respect to the fixed scroll, wherein a volume reduction gradient of the first compression chamber is larger than a volume reduction gradient of the second compression chamber;
• a rotational shaft having an eccentric portion which is coupled to the rotational shaft coupling portion of the orbiting scroll to be overlapped with the orbiting wrap in a radial direction;
• and
• a drive configured to drive the rotational shaft, wherein bypass holes passing from the first compression chamber and the second compression chamber to an outside are formed at the fixed scroll, and wherein an entire cross-sectional area of the bypass holes passing from the first compression chamber to the outside is formed to be larger than an entire cross-sectional area of the bypass holes passing from the second compression chamber to the outside.