NOVELTY - A solar cell module comprises two solar cells (10), and connection unit (50). The solar cells are arranged in an arranging direction. The connection unit electrically connects the two solar cells. Each solar cell includes photoelectric conversion part (30), n-side electrode (32), and p-side electrode (34). The photoelectric conversion part has a light receiving surface and a back surface on an opposite side to the light receiving surface. The n-side electrode is in the arranging direction on the back surface of the photoelectric conversion part.    USE - Solar cell module.    ADVANTAGE - The module is capable of easily collecting carriers from regions of back surface of photoelectric conversion part where the n-side collectors and p-side collectors are formed, and improves efficiency of collecting the carriers.    DETAILED DESCRIPTION - A solar cell module comprises two solar cells (10), and connection unit (50). The solar cells are arranged in an arranging direction. The connection unit electrically connects the two solar cells. Each solar cell includes photoelectric conversion part (30), n-side electrode (32), and p-side electrode (34). The photoelectric conversion part has a light receiving surface and a back surface on an opposite side to the light receiving surface. The n-side electrode is in the arranging direction on the back surface of the photoelectric conversion part. The p-side electrode is in the arranging direction on the back surface of the photoelectric conversion part. The connection unit includes two sections. The first section has a first surface opposed to the back surface of the photoelectric conversion part included in the first solar cell. The second section has a second surface opposed to the back surface of the photoelectric conversion part included in the second solar cell. The first surface includes a first conductive region formed along the n-side electrode included in the first solar cell. The second surface includes a second conductive region formed along the p-side electrode included in the second solar cell. The first conductive region is electrically connected to the n-side electrode included in the first solar cell. The second conductive region is electrically connected to the p-side electrode included in the second solar cell. The two conductive regions are electrically connected to each other. The solar cell module includes adhesion layer (40). The base material of the adhesion layer is a resin material having insulation properties. The adhesion layer includes particles having conductivity. The adhesion layer has conductivity in a direction almost perpendicular to the back surface and has insulation properties in a direction almost parallel to the back surface.    DESCRIPTION OF DRAWING(S) - The drawing shows sectional view of the solar cell module.    Solar cells (10)    Photoelectric conversion part (30)    N-side electrode (32)    P-side electrode (34)    N-type region (36)    Adhesion layer (40)    Connection unit (50)