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Aluminum Combustion Thermophotovoltaic for High Energy Density, Long Duration Power Applications

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posted on 24.01.2022, 04:57 authored by Geoff McConohyGeoff McConohy
Long range and long duration portable power require some kind of chemical fuel for practical use. Combustion of metals is a neglected method of producing power in a way that can emit no carbon dioxide pollutants. Here we propose a system using a thermophotoelectric (TPV) device to convert the emitted IR and visible light from the oxidation of aluminum directly into electrical power. A qualitative overview of the advantages of this scheme is presented, along with a simple techno-economic analysis of aluminum combustion. The advantages of this device warrant additional research into this area.

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Email Address of Submitting Author

mcconohy@stanford.edu

ORCID of Submitting Author

0000-0003-4853-8216

Submitting Author's Institution

Stanford University

Submitting Author's Country

United States of America

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