工業技術研究院

技術簡介

為因應未來能源安全、溫室氣體排放減量等挑戰，擴大分散式能源及再生能源供應與利用，已成為各國重要的能源政策，世界各國都積極投入再生能源的開發與運用。高溫型發電系統具發電效率高與燃料選擇性廣泛之優勢，若搭配生質燃料複合發電，未來有機會能成為併入智慧電網中所需之重要發電技術。 為了累積更多實際運轉經驗與提昇系統的可靠度，同時提昇系統操作的安全性、穩定性、以及使用壽命，將持續進行此型系統的運轉測試，未來將進行電網併聯整合系統設計與儲電電力系統整合設計。

Abstract

Many challenges for future energy safety and reducing discharge of greenhouse gas were consider. Therefore, applying of the distributing energy and renewable energy source that acted important energy policies in many countries of the world. However, the technology of renewable energy source was actively developed and applied in many countries of the world. High temperature power generation system had many advantages that were including high power efficiency and widely fuel choice property. If the system combined with the biofuel that could become an important power generation technology for technology of electric grid in further. When the renewable energy source was joined into smart grid in further that the electric power storage technology was became an important perspective technology. In addition, properties of safety, stable and lifetime of the system operation were increased by practical operation experience during a long testing time. Therefore, base on these operation experiences that the system combine design technology of electric grid and power storage were conducted in further.

技術規格

電力輸出：1kW，熱循環20次以上

Technical Specification

Power output：1kW，Thermal cycling 20 cycles

技術特色

燃料選擇彈性高、對雜質容忍度高、高溫尾氣可進行熱回收再利用、發電效率高等特色。

應用範圍

醫院、工業園區、畜牧業、污水處理場、垃圾掩埋場等

接受技術者具備基礎建議（設備）

天然氣或富碳氣體來源。

接受技術者具備基礎建議（專業）

燃料電池與電力整合等知識。

聯絡資訊