Mitsubishi Jukogyo Kabushiki Kaisha

Shigeru Ohkura

Hiroshi Sakai

Hisao Haneda

Tokuki Satake

Kiyoshi Watanabe

Koichi Takenobu

Masaru Ishibashi

Mitsuhiro Irino

Kazumi Ogura

Masayuki Funatsu

A power generation system with flat fuel cells of solid electrolyte construction permits the building up of a large capacity system. There are a train of pile units of flat fuel cells of solid electrolyte disposed in a horizontally extending fuel gas duct. The gas fuel duct supplies to the train of pile units of flat fuel cells fuel gas. Each of said pile units of flat fuel cells has a horizontal flat flow path for the fuel gas disposed above each fuel-side porous electrode sheet of the fuel cell opening freely at two path ends on the opposing side faces of the pile unit. There is a horizontal flat flow path for the oxidant gas disposed beneath each oxygen-side porous electrode sheet separated from the fuel gas flow paths and each connected at two path ends to either a supply line or to an exhaust line for the oxidant gas. There is an after-burning region disposed downstream of said train of pile units of flat fuel cells, for burning at least a part of the spent fuel gas which has passed through the fuel cell using at least a part of the spent oxidant gas which has passed through the fuel cell, for generating a heat of combustion for use for preheating at least one of the feed gases to be supplied to the fuel cell.

Power generation system with flat fuel cells of solid electrolyte

Growing community of inventors

Kobe, Japan

Shigeru Ohkura