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The output power of thermoelectric generation systems (TEGSs) is significantly susceptible to the dynamically varying temperature profile of the heat sources, owing to the electrical mismatch of the interconnected thermoelectric modules (TEMs) constituting a TEGS. This paper proposes a new control concept to tackle such mismatch power losses by adaptively removing the severely underheated TEMs from...
The thermoelectric generation (TEG) system has its special charactristics of high stablility, low voltage and high current output, which is different from PV modules. The power conditioning system and control schemes used in PV applications cannot be directly applied to TEG applications. A power conditioning system for TEG based on interleaved Boost converter with maximum power point tracking (MPPT)...
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