A Study on the Benefit Evaluation of Solar Industries in China

碩士 === 淡江大學 === 中國大陸研究所碩士班 === 100 === 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 th...

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Main Authors: Hsin-Chih Hsieh, 謝欣芝
Other Authors: Chi-Keung Lee
Format: Others
Language:zh-TW
Published: 2012
Online Access:http://ndltd.ncl.edu.tw/handle/26211466388768745222
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spelling ndltd-TW-100TKU050250462015-10-13T21:27:34Z http://ndltd.ncl.edu.tw/handle/26211466388768745222 A Study on the Benefit Evaluation of Solar Industries in China 中國大陸太陽能產業效益發展之研究 Hsin-Chih Hsieh 謝欣芝 碩士 淡江大學 中國大陸研究所碩士班 100 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. Chi-Keung Lee 李志強 2012 學位論文 ; thesis 114 zh-TW
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description 碩士 === 淡江大學 === 中國大陸研究所碩士班 === 100 === 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.
author2 Chi-Keung Lee
author_facet Chi-Keung Lee
Hsin-Chih Hsieh
謝欣芝
author Hsin-Chih Hsieh
謝欣芝
spellingShingle Hsin-Chih Hsieh
謝欣芝
A Study on the Benefit Evaluation of Solar Industries in China
author_sort Hsin-Chih Hsieh
title A Study on the Benefit Evaluation of Solar Industries in China
title_short A Study on the Benefit Evaluation of Solar Industries in China
title_full A Study on the Benefit Evaluation of Solar Industries in China
title_fullStr A Study on the Benefit Evaluation of Solar Industries in China
title_full_unstemmed A Study on the Benefit Evaluation of Solar Industries in China
title_sort study on the benefit evaluation of solar industries in china
publishDate 2012
url http://ndltd.ncl.edu.tw/handle/26211466388768745222
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