초록 ▼

A method for cathode-side water and inert gas disposal and/or anode-side inert gas disposal from a fuel cell block having a number of fuel cells, includes increasingly concentrating a water and an inert gas component in a cathode-side gas mixture and an inert gas component in an anode-side gas mixtu

A method for cathode-side water and inert gas disposal and/or anode-side inert gas disposal from a fuel cell block having a number of fuel cells, includes increasingly concentrating a water and an inert gas component in a cathode-side gas mixture and an inert gas component in an anode-side gas mixture, in flow direction of the gas mixtures. The water and inert gas components are at least partially discharged from the fuel cell block. In an apparatus for performing the method, the fuel cells are subdivided into cell groups through which a flow of gas mixtures can be conducted in parallel. The cell groups include a cell group disposed last as seen in gas mixture flow direction. Lines connect the cell groups for conducting at least a fraction of the gas mixtures successively through the cell groups, and for discharging another fraction of the gas mixtures, being dependent on an electric current, from the fuel cell block after flowing through the last cell group.

대표청구항 ▼

A method for cathode-side water and inert gas disposal and anode-side inert gas disposal from a fuel cell block having a number of fuel cells, which comprises increasingly concentrating a water and an inert gas component in a cathode-side gas mixture in a flow direction of the gas mixture, and incre

A method for cathode-side water and inert gas disposal and anode-side inert gas disposal from a fuel cell block having a number of fuel cells, which comprises increasingly concentrating a water and an inert gas component in a cathode-side gas mixture in a flow direction of the gas mixture, and increasingly concentrating an inert gas component in an anode-side gas mixture in a flow direction of the gas mixture, in a fuel cell block having a number of fuel cells; and at least partially discharging the water and inert gas components from the fuel cell block.