Report on China Solar Energy Photovoltaic Generation Industry, 2011-2015

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CHAPTER Ⅰ SUMMARY OF SOLAR ENERGY PHOTOVOLTAIC GENERATION
　　 1.1　INTRODUCTION TO SOLAR ENERGY PHOTOVOLTAIC GENERATION
　　　　 1.1.1　Summary of solar energy resource and its utilization
　　　　 1.1.2　Summary of solar energy photovoltaic generation
　　　　 1.1.3　Introduction to Solar energy photovoltaic generation system
　　 1.2　FUNCTIONS OF PHOTOVOLTAIC ELECTRICITY GENERATION INDUSTRY IN CHINA
　　　　 1.2.1　Necessity of developing Photovoltaic generation in China
　　　　 1.2.2　Photovoltaic industry drives rapid development of silicon material industry
　　　　 1.2.3　Photovoltaic electricity generation may effectively relieve energy shortage in the future
CHAPTER Ⅱ ANALYSIS OF PHOTOVOLTAIC INDUSTRY
　　 2.1　SUMMARY OF THE WORLD PHOTOVOLTAIC ELECTRICITY GENERATION INDUSTRY
　　　　 2.1.1　Summary of the world photovoltaic electricity generation industry
　　　　 2.1.2　Descriptions of the photovoltaic electricity generation industries in various countries
　　　　 2.1.3　Latest trend of domestic and overseas solar energy Photovoltaic generation
　　 2.2　DEVELOPMENT SUMMARY OF PHOTOVOLTAIC ELECTRICITY GENERATION INDUSTRY IN CHINA
　　　　 2.2.1　Development summary of photovoltaic electricity generation industry in China
　　　　 2.2.2　Current R&D situation of photovoltaic electricity generation in China
　　　　 2.2.3　The strength of photovoltaic electricity generation industry in China among first class in the world
　　 2.3　ANALYSIS OF PHOTOVOLTAIC CELL INDUSTRY
　　　　 2.3.1　Summary of development of solar cell industry
　　　　 2.3.2　Analysis of solar cell market
　　　　 2.3.3　Analysis of raw materials for PV cells
　　　　 2.3.4　Development prospect of solar cell industry
　　 2.4　ANALYSIS OF SOLAR ENERGY PV INDUSTRY IN VARIOUS PLACES IN CHINA
　　　　 2.4.1　Solar energy PV industry alliance established in Jiangsu
　　　　 2.4.2　Solving the power supply shortage to the remote areas with PV industry in Yunnan
　　　　 2.4.3　Baoding of Hebei is striving for becoming PV industry base
　　　　 2.4.4　Solar energy Photovoltaic generation station built in Qinghai
　　　　 2.4.5　Wuxi takes the lead in grid solar energy Photovoltaic generation
　　 2.5　PROBLEMS PREVAILING IN PHOTOVOLTAIC ELECTRICITY GENERATION INDUSTRY IN CHINA AND THE COUNTERMEASURES
　　　　 2.5.1　Five problems in utilizing PV in China
　　　　 2.5.2　Bottlenecks of PV industry yet to be broken
　　　　 2.5.3　Rapid development of PV industry needs “policy + technology”
　　　　 2.5.4　Consorted efforts required for developing Photovoltaic generation market
CHAPTER Ⅲ ANALYSIS OF PHOTOVOLTAIC ELECTRICITY MARKET IN CHINA
　　 3.1　SUMMARY OF PHOTOVOLTAIC ELECTRICITY GENERATION MARKET IN CHINA
　　　　 3.1.1　Development course of photovoltaic electricity generation market in China
　　　　 3.1.2　Classification of the photovoltaic market in China
　　　　 3.1.3　Market potential of Photovoltaic generation in China
　　　　 3.1.4　Market size of Photovoltaic generation systems in China
　　 3.2　OPERATION OF THE PHOTOVOLTAIC GENERATION MARKET IN CHINA
　　　　 3.2.1　Progress of the Photovoltaic generation market in China
　　　　 3.2.2　Current situation of household use PV system market
　　　　 3.2.3　The public benefit nature greater than market nature of PV industry in China
　　 3.3　ANALYSIS OF VARIOUS PHOTOVOLTAIC GENERATION MARKETS IN CHINA
　　　　 3.3.1　PV market in Tibet
　　　　 3.3.2　PV power supply market in areas without electricity in Qinghai
　　　　 3.3.3　PV market in Jiangsu
　　　　 3.3.4　PV market in Shanghai
　　　　 3.3.5　Photovoltaic generation market in Beijing
　　　　 3.3.6　Photovoltaic generation market in Taiwan
　　　　 3.3.7　Photovoltaic generation market in other regions
　　 3.4　PROBLEMS PREVAILING IN THE DEVELOPMENT OF PV ELECTRICITY MARKET IN CHINA
　　　　 3.4.1　Analysis of obstacles of the Photovoltaic generation market
　　　　 3.4.2　Policy driving awaited in domestic PV market
　　　　 3.4.3　Inconsistency between solar energy electricity industry and the market
CHAPTER Ⅳ ANALYSIS OF SOLAR ENERGY PV GENERATION IN DIFFERENT FIELDS
　　 4.1　INTEGRATION OF WIND AND SOLAR ENERGY PHOTOVOLTAICPOWER GENERATION
　　　　 4.1.1　Main Features of Complemental Generation of Wind Energy and Solar Energy Generation
　　　　 4.1.2　Current Foreign Research on wind-solar energy Power Generation
　　　　 4.1.3　Current Chinese Research on Wind/PV Power generation
　　　　 4.1.4　Problems in Wind/Solar energy photovoltaicPower Generation Industry
　　 4.2　DEVELOPMENT OF BIPV
　　　　 4.2.1　Overview of Grid-alone PV generation Combined with Architecture
　　　　 4.2.2　Forms and Features of BIPV (Building Integrated Photovoltaics)
　　　　 4.2.3　Development of Research on BIPV
　　　　 4.2.4　China’s First Roof PV Grid-alone Model Power Plant
CHAPTER Ⅴ PROFILE OF KEY ENTERPRISES
　　 5.1　WUXI SUNTECH POWER CO., LTD.
　　　　 5.1.1　Company Profile
　　　　 5.1.2　Market Performance
　　　　 5.1.3　Suntech Power Becoming World’s Second Top PV Enterprises in Late 2007
　　 5.2　NINGBO SOLAR ELECTRIC POWER CO., LTD.
　　　　 5.2.1　Company Profile
　　　　 5.2.2　Product Performance
　　　　 5.2.3　Applicability of Products
　　 5.3　BAODING YINGLI GREEN ENERGY HOLDING COMPANY LIMITED
　　　　 5.3.1　Company Profile
　　　　 5.3.2　Overview of Tianwei Yingli Project
　　 5.4　CHINA SUNERGY
　　　　 5.4.1　Company Profile
　　　　 5.4.2　Technical Strength
　　　　 5.4.3　Corporate Development Strategy
　　 5.5　PROFILE OF OTHER COMPANIES CONCERNED
　　　　 5.5.1　Shanghai Solar Energy S&T Co., Ltd.
　　　　 5.5.2　Yunnan Tianda Photovoltaic Co., Ltd.
　　　　 5.5.3　Beijing Shihua Innovation Technology Co., Ltd.
　　　　 5.5.4 Shenzhen TRONY Solar Science & Technology Development Co., Ltd.
CHAPTER Ⅵ ANALYSIS AND PROSPECT OF INVESTMENT IN SOLAR ENERGY PHOTOVOLTAIC GENERATION
　　 6.1　ANALYSIS OF INVESTMENT IN SOLAR ENERGY PHOTOVOLTAIC GENERATION
　　　　 6.1.1　Present Situation of Investment in Solar energy photovoltaic generation
　　　　 6.1.2　Analysis of Features of Investment in PV Industry
　　　　 6.1.3　Risk of Investment in Solar energy photovoltaic generation
　　　　 6.1.4　Capital Proposals for Solar energy photovoltaic generation
　　 6.2　PROSPECT AND FORECASTING OF PV INDUSTRIAL DEVELOPMENT
　　　　 6.2.1　Future development Prospect of PV Generation Industry
　　　　 6.2.2　Trend of PV Generation Industry in 21st Century
　　　　 6.2.3　Development Prospect of China’s PV Generation Industry
　　　　 6.2.4　Broad and Attractive Prospect of China’s PV Industry
APPENDIX RELEVANT POLICIES, REGULATIONS AND LAWS
APPENDIX I: LAW OF THE PEOPLE’S REPUBLIC OF CHINA ON CONSERVING ENERGY
APPENDIX II: LAW OF THE PEOPLE’S REPUBLIC OF CHINA ON RENEWABLE ENERGY RESOURCES
APPENDIX III: INTERIM MEASURES FOR THE OPERATION AND MANAGEMENT OF CLEAN DEVELOPMENT MECHANISM PROJECTS IN CHINA
APPENDIX IV: LAYOUT POINTS FOR THE DEVELOPMENT OF NEW ENERGY AND RENEWABLE ENERGY RESOURCES IN 2000-2015
APPENDIX V: MANAGING METHODS FOR SALES GRANTS OF SOLAR ENERGY PHOTOVOLTAICPROJECT
APPENDIX VI: TECHNICAL REQUIREMENT AND QUALITY FOR CONTROLLER AND INVERTER OF HOUSEHOLD SOLAR ENERGY PHOTOVOLTAICPOWER SYSTEM
APPENDIX VII: ABSTRACT OF TECHNICAL CONDITIONS AND TEST METHOD (GB/T19064-2003) FOR HOUSEHOLD SOLAR ENERGY PHOTOVOLTAICPOWER SYSTEM

FIG. 1　ENERGY FLOW CHART ON THE EARTH
FIG. 2　SCHEMATIC DIAGRAM FOR SOLAR ENERGY PHOTOVOLTAIC SYSTEM
FIG. 3　STRUCTURE OF SOLAR ENERGY PHOTOVOLTAIC GENERATION SYSTEM
FIG. 4　SKETCH MAP OF COMPOSITION OF SOLAR ENERGY PHOTOVOLTAIC MODULES
FIG. 5　COMPARISON OF FEATURES OF THREE TYPES OF SOLAR ENERGY PHOTOVOLTAIC GENERATION SYSTEMS
FIG. 6　STRUCTURE OF PARALLEL CONNECTION RESIDENTIAL SOLAR ENERGY POWER GENERATION SYSTEM
FIG. 7　PARALLEL CONNECTION SOLAR ENERGY POWER GENERATION SYSTEM
FIG. 8　PHOTOVOLTAIC GENERATION SYSTEM SUITABLE FOR RURAL AREAS
FIG. 9　PHOTOVOLTAIC GENERATION SYSTEM SUITABLE FOR USING IN SCHOOLS, HOSPITALS AND PRIVATE RESIDENCES
FIG. 10　HOME USE PHOTOVOLTAIC GENERATION SYSTEM
FIG. 11　COMPARISON OF CARBON DISCHARGE OF POWER PLANTS WITH DIFFERENT ENERGY SOURCES
FIG. 12　REMAINING EXPLORED RESERVE AND EXPLOITABLE YEARS OF ENERGY RESOURCES IN CHINA
FIG. 13　FORECASTS OF MAJOR CONVENTIONAL ENERGY RESERVES IN THE WORLD AND IN CHINA BETWEEN 2000 AND 2250
FIG. 14　PROPORTION OF CONVENTIONAL ENERGY CONSUMPTION IN CHINA
FIG. 15　DEVELOPMENT AND FORECAST OF RENEWABLE ENERGY SOURCE IN CHINA BETWEEN 2003 AND 2050
FIG. 16　ANNUAL DISCHARGING CONCENTRATION OF ENERGY POLLUTANT IN CHINA
FIG. 17　PRODUCTION CAPACITY OF SOLAR CELL SILICON SLICES IN CHINA
FIG. 18　PRODUCTION CAPACITY OF CRYSTAL SILICON SOLAR CELLS IN CHINA
FIG. 19　THE BEST EFFICIENCY LEVEL OF SOLAR CELLS WITH DIFFERENT MATERIALS IN CHINA
FIG. 20　LAB EFFICIENCY AND SIZE OF MAJOR PV CELLS IN CHINA
FIG. 21　HISTORICAL OUTPUTS, SALES PRICES AND ACCUMULATIVE CONSUMPTION OF SOLAR CELLS IN CHINA
FIG. 22　ANNUAL OUTPUT AND ACCUMULATIVE INSTALLED CAPACITY OF SOLAR CELLS IN CHINA
FIG. 23　SEGMENTATION OF PHOTOVOLTAIC ELECTRICITY GENERATION MARKET IN CHINA
FIG. 24　APPLICATION FIELDS AND SHARES OF PHOTOVOLTAIC PRODUCTS IN CHINA
FIG. 25　PHOTOVOLTAIC APPLICATION MARKET DISTRIBUTION IN CHINA
FIG. 26　MARKET SHARES AND PRICES OF PHOTOVOLTAIC PRODUCTS OF VARIOUS TYPES
FIG. 27　INFORMATION OF SELECTED COMPANIES OF THE FIRST BATCH OF 14 REDP PROJECTS
FIG. 28　MARKET DEMAND DISTRIBUTION OF VARIOUS PHOTOELECTRIC SYSTEMS
FIG. 29　STATISTICS OF IMPORT AND EXPORT OF PV CELLS BY TAIWAN AT THE END OF 20TH CENTURY
FIG. 30　PROFILE OF TYPICAL PHOTOCELL
FIG. 31　STAND-ALONE PV SYSTEM
FIG. 32　TYPICAL GRID-ALONE CHARGING SYSTEM
FIG. 33　SOLAR GENERATION PLANS BY COUNTY OR REGION BY 2010
FIG. 34　FORECAST DISTRIBUTION OF APPLICATION DIRECTION OF WORLD’S PV MARKET IN 2010
FIG. 35　MANAGING PROCEDURE FOR SALES GRANTS OF SOLAR ENERGY PHOTOVOLTAICPROJECT