ENE-FARM Type S SOFC System Generation Unit (left) And Hot-water Supply & Heating Unit (right)(Photo: Business Wire)

Kyocera Corporation (herein "Kyocera"), Osaka Gas Co., Ltd. (herein "Osaka Gas"), Aisin Seiki Co., Ltd. (herein "Aisin"), Chofu Seisakusho Co., Ltd. (herein "Chofu") and Toyota Motor Corporation (herein "Toyota") announced that they have completed co-development of a residential-use solid oxide fuel cell (SOFC) co-generation system (herein "SOFC system").

ENE-FARM Type S SOFC system generation unit (left) and hot-water supply & heating unit (right)(Photo: Business Wire)

The resulting product — "ENE-FARM Type S" — achieves a power generation efficiency of 46.5% ^*1, the highest level in the world ^*2 for a residential-use fuel cell. The SOFC system has been developed based upon the companies' advanced technologies. Within the co-development agreement, Kyocera produces the cell stack; Aisin the generation units with the cell stack incorporated into it; Chofu the hot-water supply and heating unit using exhausted heat; and Osaka Gas will commence sales of the system on April 27, 2012 (only available to the Japanese market). The companies will successively expand their production operations and will strive to promote the widespread use of this SOFC system.

The companies submitted 121 units in total to the "Demonstrative Research on Solid Oxide Fuel Cell" project undertaken by the New Energy and Industrial Technology Development Organization (NEDO) and the New Energy Foundation.

ENE-FARM Type S utilizes ceramic electrolyte for the power generating cell stack which achieves a high operating temperature of 700 to 750 degrees Celsius. This high temperature heat can be efficiently used as energy to reform utility gas to hydrogen and thus a high power generation efficiency level of 46.5% is achieved — with an overall energy efficiency of 90.0% ^*1.

The SOFC system includes a hot-water supply and heating unit which uses exhausted heat with a storage tank at a small size of 90 liters to optimally utilize the high temperature heat exhausted during power generation; as well as a high efficiency latent heat recovery type hot-water supply heating unit for the back-up boiler.

1 2 3 Next › Last »