Study on the fundamental thermal analysis of thermoelectric generator systems
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초록
This study investigates the temperature characteristics and efficiency of a Peltier element for waste heat recovery from a ship. The Peltier element is calculated using its heat balance and performance. The results are as follows: 1) In the case of gas and water as the heat source, the temperature profile estimated from the performance and heat balance of the Peltier element generated deviations. 2) In the case of gas and water as the heat source, the thermoelectric scale effect changed the heat transfer rate considered between the heat source and the Peltier element existed. 3) In the case of water as the heat source, the thermoelectric scale effect changed the heat transfer rate considered between the heat source and the Peltier element did not exist.
Abstract
This study investigates the temperature characteristics and efficiency of a Peltier element for waste heat recovery from a ship. The Peltier element is calculated using its heat balance and performance. The results are as follows: 1) In the case of gas and water as the heat source, the temperature profile estimated from the performance and heat balance of the Peltier element generated deviations. 2) In the case of gas and water as the heat source, the thermoelectric scale effect changed the heat transfer rate considered between the heat source and the Peltier element existed. 3) In the case of water as the heat source, the thermoelectric scale effect changed the heat transfer rate considered between the heat source and the Peltier element did not exist.
참고문헌 (7)
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