NOVELTY - The end plate has two structural members i.e. flexible sheet, and a set of vertical members i.e. hollow tube, for connecting the structural members, where the end plate conforms to a surface (5) of a fuel cell (2a) to transmit constant compressive force along the surface of the fuel cell. Two alignment members e.g. flexible sheet, are provided in contact with the structural members, respectively, and the alignment members receive two ends of the set of vertical members, respectively. The structural members are formed of stainless steel.    USE - Fuel cell end plate for use in a fuel cell assembly (claimed).    ADVANTAGE - The end plate conforms to a non-parallel or non-flat surface of the fuel cell to transmit constant compressive force along the surface of the fuel cell without wishing to be bound by particular scientific theory during operation of the fuel cell or fuel cell stack to cause changes in a degree of parallelism of terminal surfaces of the fuel cells in the fuel cell stack. The changes in parallelism causes a compressive device resting against a terminal fuel cell surface to exert uneven compression forces along the fuel cell surface, which results in poor connections between fuel cells in the fuel cell stack. The end plate allows compressive forces to provide close contact between adjacent cells for low electrical resistivity and high inter-cell sealing integrity. The end plate allows a conformability of the end plate to overcome limitations and transmits compressive forces, which are constant over the surface of terminal fuel cells. The end plates complies with a shifting non-parallelism of the fuel cell or fuel cell stack to avoid concentrated and uneven compressive forces on the surface of the fuel cell or the cell stack, thus reducing efficiency of the fuel cell stack.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a fuel cell assembly including a fuel cell stack with two fuel cells.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a fuel cell stack including a set of individual cells, an anode end cell, and a cathode end cell.    Fuel cell stack (1)    Fuel cells (2a-2c)    Anode end cell (3)    Cathode end cell (4)    Surfaces (5, 6)