一、 英文部分
1. Business Communications Company, Inc. (2004), “World Markets for Renewable Energy Systems: A Business Review”.
2. Byrne J. et al (2004), “The potential of solar electric power for meeting future US energy needs: a comparison of projections of solar electric energy generation and Arctic National Wildlife Refuge oil production”, Energy Policy, 32, pp. 289–297.
3. Department of Energy Photovoltaic Technology Plan 2003 to 2007 (2003), US Department of Energy, Energy Efficiency and Renewable Energy
4. Equity Research of Barclay Capital, Solar Energy Handbook, 2010
5. Henderson, Bruce, the Boston Consulting Group (BCG) Growth-Share Matrix. Boston, 1970
6. Hulstrom. R. L., (2002), “Systems-Driven Approach: PV Models & Tools” National Renewable Energy Laboratory.
7. IEA (2000), “Experience Curves for Energy Technology Policy”, IEA/OECD, Paris, pp.12.
8. IEA (2004), “Germany-Photovoltaic technology status and prospects”, IEA Annual Report.
9. Jester T. L., “R&D on Shell Solar CZ Silicon Product’s Manufacturing”, NREL/CD-520-33586, pp.284, Shell Solar Industries.
10. Jochem, E. and Madlener R. (2004), “Economics of Technology Diffusion –Applied to New Energy Technologies ”, Lecture and Seminar in Economics / Energy Economics SS 2004, Teaching Unit 5: The experience curve concept, economies of scale and scope, Center for Energy Policy and Economics(CEPE), Swiss Federal Institute of Technology.
11. Kosuke, K. and Fukuo, A. (2004), Perceived technical issues accompanying large PV development and Japanese "PV2030", Proceedings of the 19th European Photovoltaic Solar Energy Conference and Exhibition, Paris
12. Neuhoff K. (2004), ” Large Scale Deployment of Renewable for Electricity Generation”, Organization for Economic Co-operation and Development, , Round Table on Sustainable Development meeting, World Bank, 66 Avenue d'Iéna, 75116 Paris.
13. Osamu Ikki (2004), PV Activities in Japan, Volume 10. No 5 & No 8.
14. Porter, Michael E., Comparative Advantage. New York, NY: the Free Press, 1985.
15. Porter, Michael E., Competitive Strategy, Free Press, New York, 1980.
16. Porter, Michael E., The Comparative Advantage of Nations. New York, NY: the Free Press, 1990.
17. Schatzberg, L. Don McCandless and Vipul Kumar Gupta, “Using The Value Chain Model As A Method Of Prioritizing Green Reengineering Efforts”.
18. Selling solar: financing household solar energy in the developing world”, Energy for Sustainable Development, Volume III No. 1(1996)
19. Woodward, D. (2004), “Porter’s Cluster Strategy Versus Industrial Targeting”, ICIT Workshop.
20. Yin, R. K., (1994), Case Study Research-Design and Methods. London: Sage.
二、 中文部分
1. 太陽能光電技術與市場研究報告,經濟部工業局(2006)。
2. 太陽能光電發電系統設置指南,工研院工材所(2000)。
3. 尤如瑾(2005),太陽光電應用產品市場分析,再生能源設備產業技術與市場資訊,pp.3-4。4. 尤如瑾(2005),世界太陽光電產業與展望,機械工業,第263 期,pp.156 -166。5. 我國太陽能光電發展策略,經濟部能源局(2005)。
6. 李明軒譯(1999),Michael E. Porter-競爭優勢,台北:天下文化出版社。
7. 李彥斌(2005),台灣太陽能電池產業發展策略之研究,國立交通大學管理學院碩士在職專班科技管理組碩士論文。
8. 林江財(2005),台灣太陽光電產業現況,工業技術研究院,工業材料研究所。
9. 茂迪公司年報(2009)。
10. 能源政策白皮書,第三篇能源課題與因應對策-第四章再生能源,經濟部能源局。
11. 財訊出版社(2006),太陽鍊金術:透視全球太陽光電產業,台北:財訊出版社。
12. 高登第譯(2001),Michael E. Porter-競爭理論,台北:天下文化出版社。
13. 陳琇玲(2001),價值網,台北:商周出版社。
14. 湯明哲(2006),唯整合者勝出,商業週刊,No.958,pp.102-103。
15. 楊懷東(2005),地面太陽光電產業結構分析及台灣未來之發展策略,臺灣大學國際企業管理組碩士論文。16. 綠能科技公司年報(2009)。
17. 蔡進譯,「超高效率太陽電池-從愛因斯坦的光電效應談起」,物理雙月刊,廿七卷五期(2005)。
18. 薄膜太陽能電池、商機發光,工研院研究計畫(2005)。