A solar cell hybrid module in which power generation loss is reduced and difference between photoelectric conversion efficiencies of respective solar cells is decreased by equalizing the temperatures of respective solar cells. A solar cell hybrid module (10) comprises a solar cell module (11) including a plurality of solar cells (15), a heat collecting plate (13) arranged on a side of the solar cell module (11) opposite to the solar light incident surface (11a), and a conduction pipe (14) which is arranged on a side of the heat collecting plate (13) opposite to the solar cell module (11) and capable of passing a heat exchange medium. It is so designed that the heat resistance between the solar cells (15) and the conduction pipe (14) decreases from the inlet (14a) side toward the outlet (14b) side of the conduction pipe (14).