目前在台灣每戶家庭至少都會有一台冰箱，這趨勢已經是非常普遍了，可以說冰箱已在人們生活上成為不可或缺的中大型家用電器。由於隨著環境氣候變化，所以大家更關注節能相關的議題，所以開發者把節能的特性運用在現在開發的產品上，使其更為普遍。
現如今科技技術，已深入到各個領域當中，網路硬體設備建立、頻寬及速度逐漸提升，使人們在使用生活周邊商品越來越多元化，幾乎所有電子產品都與物聯網(IoT)有關係，而冰箱是否也可以用網路遠端來操控呢?然而各個家電產品公司也因此在思考，如何抓準消費者實際需求、贏得商機，勢必成為各家電廠的首要考量。
對於開啟冰箱門致使冰箱內溫度流失，而耗損大量電能。而本研究之目的，主要針對如何改善智能冰箱及使用上的節能方式，來達到節能減碳之效果。首先透過市場調查、產品分類、整合市面產品分析，去了解現如今市場趨勢，藉由功能分析-明箱化(Transparent box design)、目標樹決策(Objectives Tree)得到設計規範與權重，並使用限量性結構分析法(finite structure method， FSM)、型態圖表法(Morphological Analysis)，來進行各部件中的主要物件組合、排列及造型衍生設計，經客觀篩選產生較理想之設計方案，進行目標樹決策權重與層級分析法(Analytical Hierarchy Process，AHP)進行評估試算驗證，求得最佳方案。最後搭配電腦輔助設計進行色彩、造型、外觀，求取最佳組合，來提高產品開發的成功率。

Nowadays, science and technology have penetrated in various fields. The establishment of network hardware equipment and the speed of broadband have gradually increased.Peoples' daily commodities are increasingly diversified. Almost all electronics relate to the Internet of Things (IoT). Therefore, various home appliance companies are also thinking about how to capture the actual demands of consumers and win business opportunities, which will inevitably become the primary consideration of each power plant.
The thinking direction of this research is mainly aimed at how to improve the use of refrigerators and make life more convenient. First, to understand current market trends through market research, product classification, and integrated market product analysis. Design specifications and weights are obtained through Transparent box design, Objectives Tree, Finite structure method (FSM), and Morphological Analysis.To design, combine and arrange the main objects, After the objective screening, a better design solution is generated, and the decision tree weights of the target tree and the Analytical Hierarchy Process are evaluated. Find the best solution. Finally, with the computer-aided design for color, shape, and appearance, the best combination can be taken to improve the success rate of product development.

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