本報告希望透過結合β型史特林引擎和無刷發電馬達，在溫泉降熱的過程中使用溫差發電。我們使用電池爐模擬溫泉當熱端，冰柱加自來水模擬溪水冷循環，最後再使用自製的三合一WIFI遠端工作站收集溫度、轉速、功率。然後將這些數據傳到設定好的電腦上，使用excel製作出圖表，讓我們更清楚實驗的數據變化，最後再討論如何更換設備能使我們得到更好的功率,讓史特林引擎實現可以使用溫泉的溫差發電，不僅僅是用來當教學器材。

This report aimed to use thermoelectric power generation in the process of reducing the heat of the hot spring by combining the β-type Stirling engine and the brushless generator motor. We used battery stoves to simulate hot springs, and icicles and tap water to simulate the stream cooling cycle. Finally, we used a self-made three-in-one WIFI remote workstation to collect temperature, speed, and power. Then we transferred these data to the set computer, and used excel to make the chart to the experimental data changes more visible. Finally, we discussed how to replace the equipment so that we could get better power and let the Stirling engine realize the temperature difference power generation using the hot spring, but not only as a teaching equipment.