HIGH-PERFORMANCE THERMOELECTRIC MATERIALS: 11% EFFICIENCY AND 5.2 W/CM² POWER DENSITY IN OPTIMALLY CHLORINE-DOPED PBTE-BASED THERMOELECTRICS

Sukendar; Jong-Soo Rhee and Dianta Ginting

doi:10.31788/RJC.2025.1839282

HIGH-PERFORMANCE THERMOELECTRIC MATERIALS: 11% EFFICIENCY AND 5.2 W/CM² POWER DENSITY IN OPTIMALLY CHLORINE-DOPED PBTE-BASED THERMOELECTRICS

Author: Sukendar, Jong-Soo Rhee and Dianta Ginting

DOI: http://doi.org/10.31788/RJC.2025.1839282

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Abstract

Keywords: Thermoelectric Materials, Chlorine Doping, PbTe-Based Compounds, Energy Conversion Efficiency, Power Density, Waste Heat Recovery, Sustainable Energy.

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