PLANSEE is a key supplier of these metallic plates.
The interconnect plates are made from a custom metal alloy, engineered to allow the stacks to operate at high temperatures without cracking. To accomplish this, the alloy’s coefficient of thermal expansion has been matched to that of the fuel cells. PLANSEE produces the interconnects using a powder metallurgy process in which cost effective metal powders are pressed into the desired shape. Bloom systems with PLANSEE interconnects are currently producing power for several Fortune 500 companies.
PLANSEE SOFC product portfolio
PLANSEE’s interconnects have established themselves as the industry standard for stationary solid oxide fuel cell systems. To meet growing market demand, PLANSEE plans to invest in a highly automated interconnect production facility in Towanda, Pennsylvania.
PLANSEE also develops and manufactures an extensive range of products for high-temperature fuel cells, including ultra-thin interconnectors and metal supported solid oxide fuel cells. These components are used mainly in mobile and portable power generation systems, as well as for the reverse process of producing hydrogen.
PLANSEE High Performance Materials
PLANSEE High Performance Materials (HPM) is a world-leading manufacturer of products made from refractory metals and metallic composite materials. The privately owned company has been manufacturing innovative powder-metallurgically processed high-performance materials for over 85 years, and covers the whole production process, right from the raw material to the finished product. The company employs materials experts, product developers and local technical sales staff to provide customers all over the world with all the help and assistance they require.
A Key Component For High-Temperature Fuel Cells
Date: 25 March 2010
Source: Plansee
In February, Bloom Energy announced availability of its groundbreaking Energy Server. At the core of each Energy Server are fuel cell stacks, consisting of Bloom’s patented solid oxide fuel cells joined together with special thin metal interconnect plates.