NOVELTY - Power generator comprises a hydrogen containing fuel; fuel cell stack layer (230) that includes a proton exchange membrane; anode layer and cathode layer disposed on opposite surfaces of the fuel cell stack; and super capacitor layer (243) integrated with the other layers and electrically coupled to the anode layer and the cathode layer. The layers are formed to facilitate a roll-to-roll manufacturing process. The super capacitor layer comprises pair of capacitor plates including nanoscale materials having nanowires that provide a large surface area.    USE - For generating power (claimed). For powering miniature devices such as wireless sensors, cellular phones or other hand held electronic devices that are electrically connected to the anode and cathode of the fuel cells of the power generator.    ADVANTAGE - The use of a capacitor allows a reduction in fuel cell proton exchange membrane (PEM) area, which reduces the need for expensive metals, and lower self discharge.    DETAILED DESCRIPTION - Power generator comprises a hydrogen containing fuel; fuel cell stack layer (230) that includes a proton exchange membrane; anode layer and cathode layer disposed on opposite surfaces of the fuel cell stack; and super capacitor layer (243) integrated with the other layers and electrically coupled to the anode layer and the cathode layer. The layers are formed to facilitate a roll-to-roll manufacturing process. The super capacitor layer comprises pair of capacitor plates including nanoscale materials having nanowires that provide a large surface area. The generator also comprises sliding valve coupled between the layers and the fuel container adapted to provide an open valve position and a substantially sealed closed valve position, and pressure responsive actuator coupled to the sliding valve and the fuel container; layer of electrolytic material sandwiched between the pair of capacitor plates; and electrical conditioning circuitry to provide voltage and current in a form desired by the load. An INDEPENDENT CLAIM is included for generating power involving providing power from a proton exchange membrane based fuel cell stack layer; and providing power from a super capacitor layer monolithically integrated with the fuel cell stack layer that is electrically coupled in parallel with the fuel cell stack layer.    DESCRIPTION OF DRAWING(S) - The figure shows a cross section of a portion of power generator illustrating a slide valve, capacitor and fuel cell stack.    Fuel cell layer (225)    Fuel cell stack layer (230)    Cathode electrode layer (240)    Capacitor layer (243)    Fixed plate (245)    Movable plate. (250)