2012-2016 CIGS thin film solar cell market development status and investment feasibility study report 
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 [Report Number] 99073 
 [Publishers] Institute of Industrial Economics 
 Published On August 2012 
 Reporting format paper version: 6500 yuan [electronic version]: 6800 [paper + electronic: 7000 
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 [Contents] 


 The first copper indium gallium selenide (CIGS) thin film solar cells is an overview of 7 
 1.1 solar cell classification 7 
 1.1.1 silicon solar cells 
 1.1.2 Multiple compound thin film solar cells 8 
 1.1.3 The multi-layer polymer modified electrode type solar cell 
 1.1.4 nanocrystalline solar cells 
 1.1.5 Organic solar cells 
 1.2 copper indium selenium (CIS) thin-film solar cells 
 1.2.1 CIS solar cell structure 
 1.2.2 CIS solar cell characteristics 
 1.2.3 CIS solar cell preparation process 11 
 1.3 copper indium gallium selenide (CIGS) thin film solar cells 11 
 1.3.1 CIGS solar cells, the basic concept of 11 
 1.3.2 CIGS solar cell structure 12 
 1.3.3 the advantages of CIGS thin film solar cells 
 1.3.4 industrial characteristics of CIGS thin films 14 
 Chapter II of the development of thin film solar cells 17 
 2.1 Global Thin Film solar cell industry overall profile 17 
 2.1.1 The 2012 global production of solar cells 17 
 2.1.2 The 2012 global solar cell production and market distribution 19 
 2.1.3 The thin-film solar cells into large-scale production of 21 
 2.1.4 The global thin-film solar cell industry scale of 22 
 2.1.5 The 2012 Global Thin Film Solar Industry Outlook 24 
 2.2 China thin film solar cell development 24 
 2.2.1 China solar cell industry development overview of 24 
 2.2.2 China thin film solar cell industry development status 
 2.2.3 thin film solar cells is expected to make cheap Internet access to an earlier 30 
 2.2.4 The financial crisis of thin film solar cells is still growing 30 
 2.3 thin film solar cells facing the problems and countermeasures 31 
 2.3.1 bottleneck in the development of thin film solar cells 31 
 2.3.2 China thin film solar reliability yet to be improved 32 
 2.3.3 China thin film solar cell industry chain needs to be improved 33 
 2.3.4 China thin film solar cell industry looking policy to support 33 
 2.3.5 China thin film solar cell development direction and countermeasures 34 
 2.3.6 to improve the method of thin film solar cell conversion efficiency of 35 
 Chapter III of CIGS thin film solar cell development 37 
 3.1 global CIGS thin film solar cell development analysis 37 
 3.1.1 Global CIGS cells development status 37 
 3.1.2 - the world's major manufacturers of CIGS cells Overview 38 
 3.2 CIGS thin film solar cell development analysis 41 
 3.2.1 CIGS solar cells manufacturers business technology trends 41 
 3.2.2 2012 U.S. CIGS cells conversion efficiency of a new high 43 
 3.2.3 2012 the world's largest CIGS system put into use in the United States 43 
 Ascent 3.2.4 2012 U.S. company CIGS research re-progress 43 
 3.3 Japan CIGS thin film solar cell development analysis 44 
 3.3.1 Japan the new method for the successful development of CIGS solar cells 44 
 3.3.2 Japan CIGS cells trial image sensor 44 
 3.3.3 Japan flexible CIGS cells developed significant progress in 45 
 3.4 CIGS thin film solar cells, development of 46 
 3.4.1 CIGS thin film solar cell R & D overview 46 
 3.4.2 The total investment of 1.64 billion yuan CIGS project in 2009 settled in Guangzhou 46 
 3.4.3 2009 China's largest CIGS production base settled in Guangxi 46 
 3.4.4 thin-film solar projects, total investment of $ 150 million in 2009 settled in Sichuan 47 
 3.4.5 The large area thin film solar components in Tianjin in 2009 successfully developed 48 
 3.5 Global CIGS thin film solar enterprise developments 48 
 3.5.1 IBM and TOK will jointly develop new CIGS solar cells 48 
 3.5.2 IBM coating method CIGS cells conversion efficiency exceeded 12.8% 49 
 3.5.3 Taiwan is peak CIGS thin film solar energy conversion efficiency of 10.5% 50 
 3.5.4 Taiwan's AU Optronics CIGS thin film solar energy conversion rate will reach 10% or more 50 
 3.5.5 Taiwan Ritek CIGS thin film solar cell technology was a major breakthrough in 51 
 3.5.6 Germany Solibro CIGS thin film solar cells 52 
 3.5.7 U.S. Veeco release of new CIGS solar cell floor film-forming device 52 
 3.5.8 U.S. Veeco's CIGS thin film solar cell equipment orders 53 
 Chapter CIGS thin film solar cells of 54 
 Of 4.1 CDTE and CIGS thin film solar cell technology of 54 
 A of 4.1.1 CdTE and CIGS cells process an overview of 54 
 4.1.2 CIGS and CdTe cell technology highlights 54 
 4.1.3 CIGS and CdTe solar cells technology challenges facing 57 
 4.2 related materials for CIGS solar cells 59 
 4.2.1 Ga CIGS thin film solar cell performance 59 
 4.2.2 Na on CIGS solar cells 61 
 4.2.3 OVC thin film materials for CIGS solar cells 62 
 4.3 CIGS thin film solar cell research focus of 63 
 4.3.1 CIGS research in small area of ??single-cell technology 63 
 4.3.2 CIGS study substrate flexible technology 64 
 4.3.3 CIGS studies in a large area templates 64 
 Chapter Five CIGS solar cells at home and abroad manufacturers 66 
 5.1 Japan SHOWA SHELL SOLARK.K. 66 
 5.1.1 Company Profile 66 
 5.1.2 2006-2011 Japan Showa Shell financial operating conditions of 66 
 Japan's Showa Shell 5.1.3 2012 financial operating conditions of 68 
 5.1.4 2011 Showa Shell and Hitachi to develop solar cells 69 
 5.1.5 10% market share in Showa Shell will account for Japan's solar cell in 2014 69 
 5.2 U.S. ASCENT SOLAR TECHNOLOGIES, INC. 69 
 5.2.1 Company Profile 69 
 5.2.2 2012 Ascent operations of the financial status of 70 
 5.2.3 Ascent company R & D contract signed with the Air Force Research Laboratory 71 
 5.2.4 Ascent won several U.S. government departments, research and development funding to support 71 
 5.2.5 Ascent flexible CIGS cells component mass production 72 
 5.3 U.S. GLOBAL SOLAR ENERGY INC. (GSE) 72 
 5.3.1 Company Profile 72 
 5.3.2 2012 the world's largest CIGS solar array put into use in GSE 72 
 5.3.3 2012 GSE CGIS Solar battery manufacturing plant put into operation 73 
 5.4 U.S. NANOSOLAR INC. 73 
 5.4.1 Company Profile 73 
 5.4.2 2011 Nanosolar amount of production the world of new CIGS solar cells 74 
 5.4.3 2012 the Nanosolar development CIGS solar cells deposited the new law 74 
 5.5 Japan HONDA SOLTEC CO., LTD 75 
 5.5.1 Company Profile 75 
 5.5.2 2011 Honda Soltec began selling CIGS solar cells 76 
 5.5.3 The 2011 Honda Soltec has developed CIGS solar cells 77 
 5.5.4 2011 Honda Soltec CIGS battery module conversion efficiency of 12.2% 77 
 5.6 Vosges Group Co., Ltd. 78 
 5.6.1 Company Profile 78 
 5.6.2 The 2012 business 79 
 2011-2012 5.6.3 business financial situation 80 
 5.6.4 2012 Rover and Japan and Germany ALEO establish a joint venture solar company 83 
 5.6.5 The 2011 the Vosges share CIGSSe film solar projects 84 
 5.6.6 2011 Vosges shares facing market competition analysis 85 
 5.6.7 2011 Vosges shares opportunities for development and strategic analysis 86 
 5.6.8 2011 Vosges shares to invest 465 million yuan for the CIGS project 87 
 5.7 Zhangjiagang Free Trade Zone the Huaguan Guang Electric Technology Co., Ltd. 87 
 5.7.1 Enterprise Introduction 87 
 5.7.2 Enterprise Product Overview of the program 88 
 5.7.5 Business Innovation Technology Overview 89 
 5.7.6 Intellectual Property status of 90 
 Chapter VI of CIGS thin film solar investment and prospects 92 
 6.1 CIGS thin film solar cells Investment Analysis 92 
 6.1.2 The 2012 venture to intensify the layout of the thin film solar market 92 
 6.1.1 The 2011 film solar cell into an investment hot spot 93 
 6.1.3 CIGS thin film solar cells 95 huge business opportunities 
 6.1.4 CIGS thin film solar cells of the investment risk 96 
 6.2 CIGS thin film solar cell market analysis of 99 
 6.2.1 CIGS thin film solar cells with large potential for development 99 
 6.2.2 2013 CIGS thin film solar cell market structure Outlook 100 
 6.2.3 2015 CIGS thin film solar cell production forecast 101 
 6.2.4 2015 CIGS thin film solar cell sales market forecast 102 

 Tables and Charts 
 Figure 1 photovoltaic cells. 9 
 Chart 2 main film solar cell technology performance comparison 
 Figure 3 thin film solar cell technology difficulty and cost analysis 10 
 Chart CIGS thin film solar cell structure 12 
 Chart 5 CIGS thin film solar cell structure and preparation of 15 
 Chart 6 CIGS thin film solar cell efficiency of several different preparation techniques and modules 15 
 Chart prepared by 7 CIGS thin-film battery vacuum process 16 
 Chart 8 global CIGS thin film solar cell manufacturers 16 
 Chart 92001-2012 global solar cell production trend in Figure 18 
 Chart 102001-2012 solar cell production trend in Figure 18 
 Chart 112001-2012 European solar cell production trends in Figure 19 
 Chart 122001-2012 Japan's solar cell production trend in Figure 19 
 Exhibit 13 2007 market share of PV cell production 
 Exhibit 14 2008 market share of PV cell production 
 Exhibit 15 2007 demand for market share of photovoltaic cells 21 
 Exhibit 16 2008 demand for market share of photovoltaic cells 21 
 Category 22 of Exhibit 17 thin film solar solar cells 
 Chart 18 2002-2012 global thin-film cell production and growth trends Figure 23 
 Chart 19 2009-2012 Global Thin Film solar cell production forecast to 24 
 Chart 20 2003-2012 China solar cell production growth trend Figure 27 
 Chart 21 2006-2012 Global CIGS cell production trends Figure 37 
 Exhibit 22 2001-2011 thin film solar cell market structure 38 
 Chart 23 major conversion efficiency of CIGS manufacturers index 40 
 Exhibit 24 2007-2010 the world's major copper indium gallium selenide capacity planning (MW) of 40 
 Chart 25 CIGS and CdTe process structure of Figure 55 
 Exhibit 26 main thin-film solar cell characteristics 56 
 Exhibit 27 various types of thin film solar cell conversion efficiency of 57 
 Chart 28 one-dimensional CIGS absorber layer bandgap 60 
 Chart 29 2006-2011 Showa Shell SolarK.K Company balance sheet 66 
 Chart 30 2006-2011 Showa Shell SolarK.K asset-liability ratio of 66 
 Exhibit 31 2006-2011 Showa Shell SolarK.K company sales and income statement 67 
 Chart 32 2006-2011 Showa Shell SolarK.K company profitability 67 
 Chart 33 2006-2011 Showa Shell SolarK.K cost statistics 67 
 Exhibit 34 2012 Showa Shell SolarK.K company sales income statistics 68 
 Exhibit 35 2012 Showa Shell SolarK.K sales income trends in Figure 68 
 Chart 36 2012 Showa Shell SolarK.K total profit of Statistics 68 
 Chart 37 2012 Showa Shell SolarK.K total profit trend Figure 69 
 Chart 38 2007-2012 Ascent Solar Technologies Company balance sheet 70 
 Chart 39 2007-2012 Ascent Solar Technologies company assets and liabilities 70 
 Chart 40 2007-2012 Ascent Solar Technologies company sales and income statement 70 
 Chart 41 2007-2012 Ascent Solar Technologies company profitability 71 
 Chart 42 2007-2012 Honda Group of Energy and other business sales revenue of 75 
 Chart 43 2004-2012 Honda Group of Energy and other business sales trend Figure 76 
 Chart 44 2012 Vosges Group professionals constitute sub-Employees 79 
 Chart 45 2012 Vosges Group main business sectors, sub-products in Table 80 
 Chart 46 2012 Vosges Group main business districts of Table 80 
 Chart 47 2004-2011 the Vosges group of assets and liabilities of Statistics 81 
 Chart 48 2004-2011 Vosges Group's sales and profit statistics 81 
 Chart 49 2004-2011 cost of the Vosges Group Statistics 81 
 Chart 50 2004-2011 Vosges Group solvency situation 81 
 Chart 51 2004-2011 operating efficiency of the Vosges Group Statistics 82 
 Chart 52 2004-2011 the Vosges group profitability statistics 82 
 Chart 53 2004-2011 Vosges Group the ability to grow and Statistics 82 
 Chart 54 Huaguan Guang Electric Technology Co., Ltd. solar power station program 88 
 55 charts Huaguan Guang electric technology Co., Ltd. living residential solar power supply scheme for 89 
 The chart 56 Hua Guanguang power Technology Co., Ltd. resort houses 89 solar-powered program 
 Chart 57 Hua Guanguang electric technology Co., Ltd. portable solar program 89 
 Chart 58 2012 solar cell market structure prediction 100 
 Chart 59 2013 CIGS cell production forecast 101 
 Chart 601996-2012 indium yield trends 102