The Society of Convergence Knowledge TransactionsISSN:2287-8920(Print)융복합지식학회

Global interest in renewable energy is increasing due to climate change caused by increased CO₂ emissions from fossil fuel use. As a result, renewable energy technology in various fields is developing, research is underway on it, and technical research on thermal acoustic systems is steadily underway. Thermoacoustic systems are available in various fields such as engines, pumps, refrigerators and refrigerators, and lasers, and do not require machines such as compressors, which can reduce energy loss because of its relatively simple structure. In this work, we conduct experiments on the length of the stack of thermoacoustic waves and the effect of the voltage supplied on the frequency, dB, and temperature differences before and after the stack. A thermosound wave generating device was constructed to measure the frequency, dB, and temperature generated by varying the length and supply voltage of the stack while the diameter and length of the resonator were fixed. Experiments show that changes in the length of the stack and the voltage supplied have no effect on the frequency changes of the thermosound wave, and that the voltage supplied increases to dB as the voltage supplied increases. It was also confirmed that the longer the stack is, the longer the length of the stack, the more time the thermal acoustic wave occurs. Using these experimental results, it is believed that it can be used as basic data for thermal acoustic waves.