An Analysis Of Solar Thermoelectric Generator Voltage Generation Using Real Time Simulation Model

Roslan, Faiz Danial (2018) An Analysis Of Solar Thermoelectric Generator Voltage Generation Using Real Time Simulation Model. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

This study is conducted to study the different spot in car which is back rear windshield,near window,on passenger seat and dashboard.Besides,to analyse the behaviour of voltage generation and thermal gradient of car waste heat when various conditions are applied;which consists of windows,brushless fan,sunshade,roofed car park,fan & ice and air-conditioned,enclosed cabin.The analysis of these behaviour is made possible by utilising a set of three thermoelectric generator (TEGs) with solar panel in each condition.Aside from those conditions, external load resistance are also introduced to the STEGs set to achieve the third objective of this study.The duration set to achieve the first objective is about forty-five minutesin total,second objective is thirty minutes whereas the duration for the third objective is ten minutes.At the end of the first objective,it is found that back rear windshield has the highest temperature. Next,at the end of the second objective,3 pm –3.30 pm has the highest thermal gradient and thus voltage generation for both day and night time.On the other hand,at the end of the third objective,the optimise value of load resistance to match with the internal resistance of the STEGs set is around 10 kΩ to 50 kΩ.

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