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    Please use this identifier to cite or link to this item: http://tkuir.lib.tku.edu.tw:8080/dspace/handle/987654321/86958

    Title: 中國大陸太陽能產業效益發展之研究
    Other Titles: A study on the benefit evaluation of solar industries in China
    Authors: 謝欣芝;Hsieh, Hsin-Chih
    Contributors: 淡江大學中國大陸研究所碩士班
    李志強;Lee, Chi-Keung
    Keywords: 可再生能源;太陽能電池;太陽能產業;renewable energy;Solar Cell;Photovoltaic Industry
    Date: 2012
    Issue Date: 2013-04-13 10:31:32 (UTC+8)
    Abstract: 能源需求的增長及主要化石能源耗竭,顯示再生能源的重要性與迫切性,促使近年來化石能源儲量問題一再被強調,而全球暖化現象的惡化及國際原油價格飆漲,再生能源的應用更加受到重視,且加上環保意識抬頭,各國政府開始進行減少二氧化碳的計畫,紛紛尋找替代能源,而太陽能因其取之不盡,且不會產生污染,是替代能源中可持續發展的最佳清潔能源首選。
    As demand for energy grows and principal fossil energies are increasingly exhausted, the importance and urgency of the development of renewable energies are becoming abundantly clear while more and more attention is being focused on the remaining life of the world’s fossil energy reserve. Against the backdrop of deteriorating global warming and skyrocketing oil prices, application of renewable energies has attracted more attention than ever before. Plus the return of consciousness of environment protection, every government in the world started to bring plans of reducing carbon emission into effect. As a result, every government began to look for alternative energies, among which solar energy is the best choice that can be used for sustainable development, because it is a clean natural energy that is inexhaustible and pollution-free.
    This paper will explore how China is different from other advanced countries in terms of driving the photovoltaic industry through enabling polices and incentive programs implemented by the government. Due to lack of industrial maturity at that time, they had to, for the most part, adopt the strategy of vertical integration as well as an operation model centered on self-sufficiency in order to stay competitive. In the short term, the key to competitiveness in the solar energy photovoltaic industry will be cost reduction, and a good response strategy should contain the following 4 elements: enlarged economy of scale, enhanced photo-electronic conversion efficiency, increased savings on raw materials used, and ensured supply of raw materials from upstream sources. For the long run, competitive advantages must be maintained through research and development of new materials and technologies in order to protect against disruptive innovations.
    Appears in Collections:[Graduate Institute of China Studies] Thesis

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