南華大學機構典藏系統:Item 987654321/16530
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    Please use this identifier to cite or link to this item: http://nhuir.nhu.edu.tw/handle/987654321/16530


    Title: LED燈泡與傳統燈泡節能差異性之研究
    Other Titles: The Study of Traditional Light Bulbs with LED Bulbs Differences in Energy Saving
    Authors: 李春旺
    Lee, Chun-Wang
    Contributors: 國立成功大學工業設計學系
    Keywords: 發光二極體;傳統燈泡;光通量;發光效率
    LED;Traditional Incandescent;Luminous Flux;Luminous Efficiency
    Date: 2012-07-01
    Issue Date: 2014-01-03 10:24:44 (UTC+8)
    Publisher: 南華大學創意產品設計系
    Abstract: LED(Light Emitting Diodes)是目前最具潛力的節能光源，未來將全面性取代傳統白熾燈與其他光源，成為主流趨勢。LED照明雖節能省電，但在技術上需提升發光效率、解決散熱問題與LED 光源成本上較傳統光源為高的劣勢。如何使LED 燈泡全面取代目前傳統燈泡且應用在日常生活，是急迫切的問題。然LED 燈泡取代傳統燈泡可行性與提升發光效率是很值得探討的重要課題。有鑑於此，本研究先針對消費者對LED 節能產品認知性分析相關文獻探討，瞭解使用者對節能燈泡的認知概況。其二進行LED燈泡與傳統燈泡節能差異性的比較分析，以光通量而言，10W LED 燈泡相當於40W白熾燈能量。其三著手設計一款式LED 燈泡，來提升目前LED 燈泡發光效率低的現象。本設計模型經測試結果，其發光效率提升至56.4 Lm/W，消耗功率為7.45W。本研究為確保產品的實用性，經由委外測試驗證結果，並符合預期的目標，以作為LED燈泡開發流程中的參考依據。
    LED (Light Emitting Diodes) is currently the most potential energy-saving light source, In the future it will be comprehensive to replace traditional incandescent bulbs and other light sources into the mainstream trend. Although LED lighting is saving energy but technically required to improve luminous efficiency and solve the heat problem with the LED light source for the cost than traditional high disadvantage. It is a important problem how to make LED bulbs replace the current traditional bulbs used in daily life. It is an important issue LED bulbs instead of traditional light bulbs to enhance the feasibility and efficiency.For this reason, this study first LED energy-saving products for the consumer cognitive analysis of the reference analysis to understand the user's cognitive profile of energy-saving light bulbs. The other the traditional light bulbs with energy saving LED bulbs differences compare analysis. In luminous issue, 10W LED bulb equivalent to 40W incandescent lamp. Another this study to design a style LED bulbs, It improve the phenomenon of current low efficiency.This model has been tested and the results, the luminous efficiency is 56.4 Lm / W and power consumption is 7.45W. In order to ensure product availability by outsourcing testing verification results and up to the desired objectives. It is worthy reference in the development process as LED light bulbs.
    Relation: 應用藝術與設計學報
    6期
    Appears in Collections:[The Journals of Nanhua University ] NHU journal of applied art & design
    [Department of Product and Interior Design] NHU journal of applied art & design

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