A comprehensive comparison of micro heterojunction thermoelectric generators based on a carrier transport model
INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER（2023）
Abstract
•A microscopic carrier transport model is used for TEG.•Inverse- and homo-heterojunction are combined for a novel heterojunction TEG.•Effects of load resistance and temperature on thermoelectric performance are studied.•The microscopic transport mechanism of carriers is analyzed.•Thermoelectric performance is enhanced greatly by the novel heterojunction TEG.
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Key words
Heterojunction thermoelectric generator,Carrier transport model,Carrier density,Optimal temperature range
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