Article ID Journal Published Year Pages File Type
10569227 Journal of Power Sources 2011 8 Pages PDF
Abstract
► The stack output was increased to 2.5 kW from 1.5 kW. ► The power density per unit volume was about 1.5 times that in a conventional 1.5 kW class stack. ► The temperature distribution in the stack was estimated by evaluating the influence of fuel utilization on each cell voltage.
Keywords
Related Topics
Physical Sciences and Engineering Chemistry Electrochemistry
Preview
Development of a high power density 2.5 kW class solid oxide fuel cell stack
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