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A COMBINED NUMERICAL AND EXPERIMENTAL INVESTIGATION FOR THE DEVELOPMENT OF UNDERSEA SOLID OXIDE FUEL CELL SYSTEMS

机译:底座固体氧化物燃料电池系统发展的组合数值和实验研究

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Solid oxide fuel cells (SOFCs) have been identified as a potential power source for future unmanned undersea vehicles. They offer efficient and stealthy operation. A research and development program has been designed to identify and address the issues in SOFCs specific to operation in the undersea environment. The main component of this is a linked experimental and modeling study. A validation of the model presented for pure hydrogen and oxygen reactant streams showed agreement with a maximum of 1% difference. The model will be used to optimize SOFC systems for undersea operation.
机译:已将固体氧化物燃料电池(SOFC)被鉴定为未来无人的下部车辆的潜在电源。它们提供高效和隐秘的操作。研究和开发计划旨在识别和解决特定于海底环境中运作的SOFC中的问题。主要组成部分是联系的实验和建模研究。为纯氢气和氧反应物流呈现的模型的验证显示了最大差异的一致性。该模型将用于优化用于UnderseA操作的SOFC系统。

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