Abstract: A fuel cell assembly in which one or more dual cell modules is created by “sandwiching” a first reactant chamber between two electrolyte assemblies and enclosing the result within a surrounding vessel containing the second reactant. Each dual cell module thereby contains two operating electrolyte assemblies. In such a configuration separate electrical conductors must be provided to create the proper connections. In order to avoid the resistance losses inherent in the use of edge connections, the present invention preferably includes conductors that actually pass through the electrolytes. These conductors are contained within an assembly that electrically insulates the conductor where needed and provides a gas-tight seal where needed.

Abstract: A fuel cell assembly in which one or more dual cell modules is created by “sandwiching” a first reactant chamber between two electrolyte assemblies and enclosing the result within a surrounding vessel containing the second reactant. Each dual cell module thereby contains two operating electrolyte assemblies. In such a configuration separate electrical conductors must be provided to create the proper connections. In order to avoid the resistance losses inherent in the use of edge connections, the present invention preferably includes conductors that actually pass through the electrolytes. These conductors are contained within an assembly that electrically insulates the conductor where needed and provides a gas-tight seal where needed.