A startup moves toward thin-film solid-oxide fuel cells suitable for practical devices.
Startup company SiEnergy Systems has overcome a major barrier to commercializing solid-oxide fuel cells with a prototype that operates at temperatures hundreds of degrees lower than those on the market today. Working with Harvard materials science professor Shriram Ramanathan, SiEnergy Systems, based in Boston, has demonstrated a solid-oxide fuel cell that can operate at 500 degrees Celsius, as opposed to the 800 to 1,000 degrees required by existing devices. This allows the cell, which uses a thin-film electrolyte mechanically supported by a metal grid, to be much larger than similar devices fabricated before—on the order of centimeters in area, the size needed for practical applications, rather than micrometers.
Source: http://feeds.technologyreview.com/click.phdo?i=810a384fef3710492ee0cf68b35d571c
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