A fuel cell comprising: a pair of interconnectors (12, 13); a cell main body which is provided between the interconnectors (12, 13) so as to be a distance away from each of the interconnectors (12, 13), and which includes a plate-like electrolyte, and electrodes (14, 15) provided on upper and lower surfaces of the electrolyte; and a current collection member (18, 19) which is provided between at least one of the electrodes (14, 15), and the interconnector (12, 13), and which electrically connects the electrode (13, 14) and the interconnector (12, 13), wherein the current collection member has a connector abutment portion which abuts the interconnector (12, 13), a cell main body abutment portion which abuts the electrode (14, 15) of the cell main body, and a connection portion which connects the connector abutment portion and the cell main body abutment portion, the portions being continuously formed; i) a spacer is provided between the connector abutment portion and the cell main body, and the spacer is also provided between the cell main body abutment portion and the interconnector (12, 13), or ii) a spacer is provided between the connector abutment portion and the cell main body, or between the cell main body abutment portion and the interconnector (12, 13); and characterized in that each of the current collection member and the spacer exhibits elasticity in a direction of increasing the distance between the cell main body and the interconnector (12, 13), and the elastic deformation of the spacer is greater than that of the current collection member. a pair of interconnectors (12, 13); a cell main body which is provided between the interconnectors (12, 13) so as to be a distance away from each of the interconnectors (12, 13), and which includes a plate-like electrolyte, and electrodes (14, 15) provided on upper and lower surfaces of the electrolyte; and a current collection member (18, 19) which is provided between at least one of the electrodes (14, 15), and the interconnector (12, 13), and which electrically connects the electrode (13, 14) and the interconnector (12, 13), wherein the current collection member has a connector abutment portion which abuts the interconnector (12, 13), a cell main body abutment portion which abuts the electrode (14, 15) of the cell main body, and a connection portion which connects the connector abutment portion and the cell main body abutment portion, the portions being continuously formed; i) a spacer is provided between the connector abutment portion and the cell main body, and the spacer is also provided between the cell main body abutment portion and the interconnector (12, 13), or ii) a spacer is provided between the connector abutment portion and the cell main body, or between the cell main body abutment portion and the interconnector (12, 13); and i) a spacer is provided between the connector abutment portion and the cell main body, and the spacer is also provided between the cell main body abutment portion and the interconnector (12, 13), or ii) a spacer is provided between the connector abutment portion and the cell main body, or between the cell main body abutment portion and the interconnector (12, 13); and characterized in that each of the current collection member and the spacer exhibits elasticity in a direction of increasing the distance between the cell main body and the interconnector (12, 13), and the elastic deformation of the spacer is greater than that of the current collection member.