相較傳統地熱發電需要鑽地熱井，本系統不需高成本設備及複雜技術，可兼顧經濟及環保。本成果可應用並推廣於溫泉業，可直接使用既有的溫泉當作熱源，與鄰近的溪水當作冷端，採用席貝克效應的原理進行發電，不用轉動元件，不產生噪音。本系統不影響溫泉的物理或化學特性，由發電系統流出之溫泉仍可以後續提供消費者泡湯用。遠端監測系統由電壓、電流、溫度等感測器取得即時數據，經微處理機模組處理後，以無線方式送至主機之大數據庫，並可即時顯示資訊，以為分析、決策之依據。 本專案以設計獨立型溫泉發電智慧監測系統為目標，系統設置所需軟硬體空間小，非常方便建置在任何有溫泉的地方，將可提昇溫泉熱能之利用率、發電系統運作之穩定性與可即時監測性。未來可進一步將規模擴大，為東部地區提供新的再生能源應用。

Compared with traditional geothermal power generation that requires drilling geothermal wells, this system does not require high-cost equipment and complex technologies, and also can take into account both economy and environmental protection. This result can be applied to and promoted in the hot spring industry. The existing hot spring can be used directly as a heat source, and the adjacent stream water can be used as a cold end. The principle of the Seebeck effect is used to generate electricity without rotating components and no noise is generated. This system does not affect the physical or chemical properties of the hot springs. Besides, hot spring water flowing out of the power generation system can still be used by consumers for bathing. The remote monitoring system obtains real-time data from sensors, such as voltage, current, and temperature. After being processed by the microprocessor module, it is sent to the host’s large database wirelessly, and the information can be displayed in real time as the basis for analysis and decision-making. This project aims to design an independent hot spring power generation intelligent monitoring system. This system requires little software and hardware space and is very convenient to build in any place with hot springs. It will improve the utilization rate of hot spring heat, the stability of the power generation system, and also the real-time monitoring. In the future, the scale can be further expanded to provide new renewable energy applications in the eastern region.