近年全球能源問題逐漸浮現，石化燃料價格的節節上漲亦影響了許多利用石化能源發電的方法。因此許多利用自然能量的綠色能源發電方式也有了眾多發展。縱觀多種綠色發方法後，認為史特林機構利用溫度差異進而驅使機構運動的原理，具備做為發展急難發電裝置與應用於電力系統不完善地區的特性。因此本文基於史特林機構並延伸發想，設計一利用溫差驅動與燃燒隨手可得之材料作為泛用能源式可攜型史特林發電機為探討。並透過參考三種最廣泛的史特林機構型式，探討最為可行的設計，並驗證其運作性能與特性。目標為開發一能應用在電力未俱完善的環境狀況時使用，並能在危急狀況時利用太陽光熱能或是身邊所及之材料作為簡易燃料，藉以驅動的可攜型發電設備。

A global crisis of energy problems is obvious recently, especially in the increasing price of fossil fuel. It also affects on all methods of power generation. There are various green energies that are developed by natural sources. However, one of them, a stirling-like-engine (SLE) structure is considered as functional driven through temperance difference. It is suitable to redesign as a portable power generator based on a SLE structure for most developing areas or countries. Therefore, based on a stirling-like-engine structure, the extended mechanism for temperature differential driven were implemented through a possible heating source, for example, burnable materials or solar heating as a portable power generator widely by using any kind of thermal resource. Through three common prototype: α, β, and γ types of stirling-like-engine structures as the reference in this study, the better designed one has been experimented for its operating performance and features. Also, the goal of its future application is suitable for under-developed zones with incomplete power networks and/or under an emergency case. People could apply the solar energy and accessible in cases of involving some difficult situations.