NOVELTY - Fuel cell (10) with integrated circuit (IC) components (12a) comprises substrate, membrane electrode assembly, anode current collection circuitries, cathode current collection circuitries, and electrical wiring (12). The substrate is a plate-like structure for constructing the fuel cell. The electrical wiring performs electrochemical reaction that generates electrical power. The electrical wiring selectively includes control mechanisms adapted to operate the fuel cell, and IC components for obtaining the control mechanisms through logical operations.    USE - The fuel cell is useful in operation environment, e.g. high temperature and corrosiveness.    ADVANTAGE - Fuel cell is capable of overcoming the shortcomings of conventional fuel cells, and is capable of controlling operation parameters, e.g. fuel supply and operation temperature during operation.    DETAILED DESCRIPTION - Membrane electrode assembly, anode current collection circuitries cathode current collection circuitries and an electrical wiring are provided on the substrate. The IC components are assembled by conventional IC components bonding technology and/or connector technology in consideration of the required properties of the fuel cell. The required properties of the fuel cell include thermal resistant capability, heat dissipative capability, corrosion-resistant capability, ease-of-assembly and/or compactness. The IC components can also be assembled by surface mount technology, quad flat package (QFP) series technology, process logic controller (PLCC) technology, small outline package (SOP) series technology, DIP series technology, lead on chip (LOC) series technology, and/or gold-finger connector technology. The control mechanisms of the IC components are load detection of the fuel cell, power output control and/or DC voltage regulation control of the fuel cell. The fuel cell includes a peripheral device for detecting and/or controlling operation parameters of the fuel cell to provide the control mechanisms corresponding to the IC components. The temperature regulating component is a fan. The concentration regulating component is a pump. The substrate is FR4 substrate, an epoxy resin substrate, a glass fiber substrate, a ceramic substrate, a polymer plastic substrate and/or composite material. The membrane electrode assembly is the core component for achieving the fuel cell electro-chemical reaction and performs the electro-chemical reaction to generate electrical power through a membrane electrode assembly achieved by Nation solution. The anode current collection circuitries and cathode current collection circuitries are conductive circuitries corresponding to anode and cathode of power output of the membrane electrode assembly respectively for outputting the electrical power. The current collection circuitries are achieved by an application of fabrication process of printed circuit boards on the substrate.    DESCRIPTION OF DRAWING(S) - The figure shows a structural schematic view of fuel cell with IC components.    Fuel cell (10)    Electrical wiring (12)    IC components (12a)    Peripheral device (13)    Temperature regulating component (13b)    Concentration regulating component (13c)