廢熱回收溫差發電應用之研究

本論文研究廢熱與溫差晶片結合，創造節能低噪音發電新系統。利用溫差晶片內部兩種不同金屬合成線路上，兩接點間若有溫度差，就產生電位差，釋出電子轉成電力，提供一般流動性商業行為及野外露營求生照明充電使用。控溫部份生成之熱水可供清潔之用，? 到零污染目標。本系統以常見生活上及工業上內部之液體產生熱源，發電時，無噪音、機動強、不用保養、熱源取得容易、系統具有重量輕，只要有火的地方就可使用。本實驗將以實際方式測得電流大小在依公式計算所需串聯溫差晶片數量，以利日後套用不同設計之用，如?爐管、燃料電池熱管… 等等。

關鍵字

廢熱；溫差晶片

並列摘要

In this thesis, the heat and the temperature difference between chip development, and create new energy-saving low-noise generation system. Use of two different metals within the chip temperature synthesis routes, if the temperature difference between the two contacts to potential difference, the release into the electronic transfer of electricity, business practices provide general liquidity and camping survival lighting charge to use. The hot water temperature control part of the generation used for clean, dirty beam target Tat to zero. This system is common life of the system and the industrial production of liquid inside the heat source, power generation, no noise, strong motor, no maintenance, easy to obtain heat, the system is light weight, as long as there is a fire place can be used. In this study, a practical way will be measured by the current size of the chip temperature series calculated the number needed to facilitate the future use to apply different design, such as Gua furnace, fuel cell heat pipe ... and so on.