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Home 2026

Investigation on Thermoelectric Model of Antimony Telluride and Bismuth Telluride Using MATLAB

Authors: G. Udhaya Sankar, C. Ganesa Moorthy, WSN 214 (2026) 110-120

2026-04-08
Reading Time: 4 mins read
0

https://doi.org/10.65770/UVDH2407

ABSTRACT

Thermoelectric energy conversion offers a solid state method for directly converting heat into electrical energy by using the Seebeck effect, and it is being useful for waste heat recovery and low power generation applications. This work investigates the thermoelectric modeling of antimony telluride (Sb₂Te₃) and bismuth telluride (Bi₂Te₃) using a MATLAB based computational framework. Material transport properties are parameterized, and simulations are performed under representative engine exhaust conditions with hot side temperature of 250°C and cold side temperature of 40°C.  Engine parameters such as power, volumetric efficiency, density, and specific heat are included to estimate available thermal input. Simulation results demonstrate stable and physically consistent voltage, current, power characteristics for both materials across the selected temperature range. Bi₂Te₃ shows strong n-type electrical response with favourable conductivity behaviour, while Sb₂Te₃ demonstrates reliable p-type Seebeck performance. The MATLAB model successfully predicts load-matching conditions, output trends, and efficiency behaviour, confirming its suitability for a design and optimization tool and for low power thermoelectric generator systems prior to experimental implementation.

References

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  • [4] Sreekala, P., A. Ramkumar, and K. Rajesh. “Performance Analysis of Thermo Electric Generator using MATLAB.” International Journal of Recent Technology and Engineering8 (2019): 362-365.
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  • [6] Sankar, G. Udhaya, and C. Ganesa Moorthy. “Analysis of P-Type Bi2Te3 Thermoelectric Cooler Device Performance Using Embedded model.” Selcuk University Journal of Engineering Sciences3 (2025): 58-63.
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  • [8] Sankar, G. Udhaya, and C. Ganesa Moorthy. “Optimization of Materials for Thermoelectric Leg Model Device.” World Scientific News 211 (2026): 190-199.
  • [9] Udhaya Sankar, G., et al. “Preparation of CuO1-x-Mnx (x= 0.03, 0.05, 0.07) and MATLAB modelling for sustainable energy harvesting applications.” Journal of Physics: Conference Series. Vol. 1850. No. 1. IOP Publishing, 2021.
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  • [14] Moorthy, C. Ganesa, G. Udhaya Sankar, and G. RajKumar. “Temperature of Black Holes and Minimum Wavelength of Radio Waves.” International Journal of Scientific Research in Science, Engineering and Technology4 (2018): 1104-1107.
  • [15] Yilmaz, Uğur, Türker Fedaı Çavuş, and Yaşar İslamoğlu. “Bidirectional modeling of thermoelectric module using matlab/simulink for circuit simulations.” IEEE Access10 (2022): 82680-82696.
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  • [17] Udhaya Sankar, G., C. Ganesa Moorthy, and C. T. Ramasamy. “Mathematical Analysis on Power Generation—Part II.” Artificial Intelligence for Renewable Energy and Climate Change(2022): 87-115.
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  • [27] Udhaya Sankar, G., C. Ganesa Moorthy, and G. RajKumar. “A suggestion for a good anode material synthesized and characterized.” Discov54 (2018): 249-253.
  • [28] Moorthy, Chinnadurai Ganesa, and Ganesamoorthy Udhaya Sankar. “Analysis on electromagnetic waves of ct scanners and mri scanners for applications.” World Scientific News188 (2024): 1-14.

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WSN 214 (2026) 110-120

 

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