Ergenics Corporation

Ergenics Power Systems, Inc.

Timothy D Meyer

P Mark Golben

Otto J Adlhart

A metal hydride battery includes a metal hydride vessel for storing hydrogen and a battery cell in another enclosure having the capability of fluid communication between the vessel and enclosure through in-line piping. The in-line piping includes a catalytic converter and a molecular sieve dryer for adsorbing water from the hydrogen being piped from the battery cell enclosure to the hydrogen storage metal hydride vessel.

Extended cycle-life metal hydride battery for electric vehicles

A battery capable of extended operation at high temperature includes a cell of laminated construction utilizing a solid oxidant cathode, an electrolyte element, a catalyst and a gas impermeable separator sheet providing an anode for the cell, with each element in electrical connection with the next. The solid oxidant is a mixture including powdered manganese dioxide, carbon and caustic material, the electrolyte element is a mixture including powdered magnesium oxide, and a binder, pressed into a solid pellet and soaked with caustic material. The cell further has a porous carbon paper substrate in electrical contact with the gas impermeable separator sheet and the catalyst is platinum dispersed on and adhered to the substrate. A source of hydrogen gas is provided, and when the battery is exposed to the hydrogen gas, a voltage is generated.

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Wyckoff, NJ, United States of America

Timothy D Meyer