To provide a solar cell module in which the period of time taken in the case of charging at a solar cell module manufacturing time is shortened so that electrical characteristics, beauty, quality and lifetime are hardly reduced.

The solar cell module includes solar cell elements 2 arranged in a case 1, and further a charging material 3 filled and sealed. In the solar cell module, three or more protrusions 4 are arranged on the bottom of the case so as to be separated from the side face of the case, and the solar cell elements are placed on these protrusions. Since the protrusions 4 each has a circular shape and is fine, the rotation of the charging material is upgraded, and bubbles and release can be prevented. With such a constitution, since each of the protrusions has a circular shape and is fine, the reaching of the charging material to every part is made better, and the bubble and the release can be prevented.