| 摘要 |
<p>Disclosed is a thermoelectric conversion module which generates a large quantity of power and has excellent manufacturing efficiency. The disclosed thermoelectric conversion module is provided with substrates which, configured from materials of different thermal conductivity, are disposed on both sides of a thermoelectric conversion unit assembly (200) in which p-type and n-type materials are connected, with one of said substrates arranged facing a high-temperature side and the other a low-temperature side. The aforementioned substrates are configured from a heat transfer structure member assembly (110), with each heat transfer structure member (100) configured from a low thermal conductivity unit (20) having an elongate rectangular shape and a high thermal conductivity unit (21) having an L-shape cross section and partially covering the lateral surface of said low thermal conductivity unit (20). The pair of heat transfer structure member assemblies is arranged such that a third lateral surface (3) of the low thermal conductivity unit faces the thermoelectric conversion unit assembly (200), the partially covered position (3a) of the third lateral surface (3) of the low thermal conductivity unit is near the connection site of p-type or n-type thermoelectric conversion elements, and the totally covered site of the first lateral surfaces (1) of the low thermal conductivity unit is connected to a temperature contact unit (to the high temperature or low temperature side).</p> |
