2013--2018 China's new energy industry operation and investment tradeoffs Situation Analysis Report

2013--2018 China's new energy industry operation and investment tradeoffs Situation Analysis Report ---------------------------------- ---------------------------------- [Report No. No.] 23560 [release date] in August 2013 [ Delivery】 EMIL electronic version or EMS [Report format] [Paper version]: 6500 yuan [Electronic version]: 6800 yuan [paper + electronic]: 7000 yuan (price discount) Order [phone] 010-57101528 [ Customer Service QQ] 1032751828, 183319016, 24 hours: 13366389949 [Contact] [source connected high Lu Juan] http://www.szzyjjyjy.com/a/nenyuanhuanbao/xinnenyuan/14690.html (click see text) Chapter 1 : Review of China's new energy industry development environment to define a new energy industry 15 1.1 15 15 1.1.1 definition of energy (1) energy classification 15 (2) Energy Conversion 16 1.1.2 define a new energy 17 (1) New Energy Definition 17 (2) types of new energy industry 17 1.2 New Energy Policy Environment 1.2.1 new energy policy interpretation 19 19 (1) "People's Republic of China Renewable Energy Law" 19 (2) "renewable energy and long-term development plan "20 (3)" People's Republic of China Energy Law "21 (4)" China Renewable Energy Development "second five" plan "new energy industry 21 1.2.2 Policy Environment 22 1.3 induction of new energy industry economic environment 24 1.3.1 China's economic development status of 24 (1) China's GDP growth of 24 (2) Analysis of gross industrial output value growth of China's new energy industry 25 1.3.2 inductive economic environment 26 Chapter 2: China's energy consumption structure and industry trends 28 2.1 Alternative Energy industry production situation 28 2.1.1 28 (1) international total energy production 28 (2) of the total domestic energy production and total energy industry production 28 2.1.2 Production structure of energy sector 29 (1) of international production structure of energy 29 (2) domestic energy 30 2.2 Energy Industry 31 2.2.1 total energy consumption in the production sector consumption structure 31 (1) International total energy consumption of 31 (2) of the total domestic energy consumption of 31 energy industry 2.2.2 Consumption Structure 32 (1) International Energy Consumption Structure 32 (2) domestic energy consumption structure 33 2.3 New trends in alternative energy use of traditional energy sources 34 2.3.1 age 34 (1) international life of traditional energy sources 34 (2) domestic life of traditional energy sources 35 2.3.2 New energy alternatives Trend 35 (1) short-term alternative to the trend of new energy 36 (2) replace the medium-term trend of new energy 36 (3) New Energy Trends 37 2.4 Construction of long-term alternative energy background of the new industrial park construction 37 2.4.1 New Energy Industrial Park 37 2.4. Construction Status 2 New Energy and Industrial Park 38 (1) the scale of construction of new energy industrial park, 38 (2) New Energy and Industrial Park, 38 2.4.3 Top 100 major new energy industrial park construction 40 (1) of photovoltaic industrial park construction 40 (2) construction of the wind power industrial park 41 (3) bases biomass industry situation 42 (4) Base Nuclear Industry Status 42 Chapter 3: China Solar Development Plight and Future of the International Solar Energy Utilization 44 3.1 Analysis 44 3.1. 1 German solar Utilization 44 (1) German solar energy related policies 44 (2) German solar tariff of 45 (3) German solar market demand analysis 46 3.1.2 Japan Solar Utilization 47 (1) Japan Solar Energy policies 47 (2) Analysis of the Japanese solar tariff 48 (3) Japanese solar market demand analysis 49 (4) Japanese solar capacity analysis 49 3.1.3 Solar Energy Utilization 50 (1) American Solar Energy policies 50 (2) American Solar Energy Investments 51 (3) of the US solar tariff of 52 (4) US solar market demand of 52 3.2 China 54 3.2.1 solar energy related policies National Solar Energy policies 54 3.2.2 local solar energy related policies 59 3.3 China Solar Energy Development dilemma and investment opportunities 60 3.3.1 Solar Utilization 60 (1) solar photovoltaic development 601) Investment scale solar PV 602) of solar PV market competition analysis 633) solar photovoltaic feed-in tariffs 63 (2 ) solar thermal power development 64 (3) 64 3.3.2 Development of solar water heaters, solar photovoltaic development dilemma and solution strategies 65 (1) corporate collective loss 651) loss amount 652) Losses Cause 65 (2) serious capacity Excess 67 (3) the urgent need to expand domestic demand, 671) lack of external demand 672) to expand domestic demand and 67 (4) 68 3.3.3 technology needs to be improved solar PV investment opportunities 68 (1) solar photovoltaic power generation growth analysis 69 (2) PV Power Generation segment chance 69 (3) solar photovoltaic power generation investment risk analysis 71 (4) of solar PV Investment Value Analysis 72 3.3.4 solar thermal power development dilemma and solution strategies 72 3.3.5 Development Plight of solar water heaters and Solutions 73 3.3.6 Solar Integrated Development Dilemma construction and solution strategies 74 3.4 Prospect of Chinese solar energy solar energy utilization analysis 75 3.4.1 Constraints 75 3.4.2 solar energy utilization trends 76 3.4.3 Forecast of solar energy use 77 Chapter 4: Chinese Wind Energy Development Plight and Future of Wind Power Utilization 79 4.1 Analysis 79 4.1.1 German Wind Energy Utilization 79 (1) German wind energy policies. 79 (2) German wind energy investments 79 (3) Analysis of the German Wind Energy Utilization 80 (4 ) German wind energy technology progress of wind energy utilization status 80 4.1.2 Spain 81 (1), Spain wind energy policies 81 (2) Spain wind energy investments 82 (3) Analysis of the Spanish Wind Energy Utilization 83 84 4.1.3 The American Wind Energy Utilization (1) United States wind energy policies 84 (2) US wind energy investments 85 (3) Analysis of the American Wind Energy Utilization 85 4.1.4 Danish Wind Energy Utilization 86 (1) Danish wind energy policies 86 (2) Danish wind energy Investments 87 (3) Danish wind energy situation analysis 87 4.2 China Wind Energy policies 88 4.2.1 National wind energy policies 88 4.2.2 Local wind energy related policies 89 4.3 China Wind Energy Development and Investment Opportunities 90 4.3.1 Dilemma Wind power development 90 (1) investment in wind power generation 90 (2) of wind power capacity 90 (3) of wind power capacity scale 91 (4) Wind power tariff 92 4.3.2 Wind Power Development Plight and Solutions 93 (1 ) wind power grid 931) wind power case 932) wind power grid bottlenecks 943) wind power dilemma solving strategies 95 (2) of wind power overinvestment 961) Wind power approval vulnerability 962) of the total wind power control 96 4.3 .3 offshore wind power development dilemma and solution strategies 96 4.3.4 Wind Power Investment Opportunities Analysis 97 4.4 Prospect of China's wind energy wind energy utilization analysis 98 4.4.1 Constraints 4.4.2 The use of wind energy trends 98 101 101 4.4.3 Forecast of wind energy Chapter 5: Chinese nuclear energy development and Prospect Analysis 103 5.1 International Nuclear Utilization Analysis 103 5.1.1 Status 103 US nuclear energy (1) US nuclear energy policies 103 (2) Analysis of the US Nuclear Utilization 104 5.1.2 France Utilization of Nuclear Energy 105 (1) French nuclear use policies 105 (2) analysis of 106 French nuclear Utilization of nuclear energy utilization status 107 5.1.3 Japan (1) Japanese nuclear energy policies 107 (2) Japan Nuclear Energy Utilization Analysis 107 5.2 China 5.2.1 The use of nuclear energy policies 108 national nuclear energy policies 108 (1) "civil nuclear safety equipment design and manufacture of installation and non-destructive testing supervision and management regulations (HAF601)" 108 (2) "Nuclear Regulation" 109 (3) Inland List of nuclear power development province 110 (4) 110 nuclear power manufacturing design specifications 5.2.2 local use of nuclear energy policies 111 5.3 Chinese nuclear energy development and investment opportunities dilemma nuclear energy 113 113 5.3.1 Status (1) Nuclear Investment scale 113 (2) nuclear power capacity 114 (3) nuclear power generation capacity 115 5.3.2 Key nuclear power plant construction and operations 116 (1) Taishan 116 (2) Sanmen Nuclear Power Plant 117 (3) 118 Qinshan Nuclear Power Plant (4) Yangjiang Nuclear Power 119 (5) Tin 119 5.3.3 Nuclear Power Plant nuclear energy development dilemma and solution strategies 120 (1) of investment uncertainty 120 (2) nuclear power technology controlled by others 121 (3) of landlocked developing nuclear power is difficult to deposit 122 5.3.4 The use of nuclear energy investment opportunities in China 122 5.4 Utilization of Nuclear Energy Prospects 5.4.1 The use of nuclear energy constraints 123 123 123 5.4.2 5.4.3 The use of nuclear energy development trends of nuclear energy forecast 124 Chapter 6: China Biomass Energy Development and Prospect Analysis 128 6.1 Analysis 128 International Biomass Energy Utilization 6.1.1 Biomass Utilization Denmark 128 (1) Denmark biomass utilization policies 128 (2) Denmark biomass utilization investments 128 (3) Denmark Biomass Utilization Analysis 128 6.1.2 Biomass Sweden Utilization 128 (1) Sweden biomass utilization policies 129 (2) Sweden biomass utilization investments 129 (3), Sweden Biomass Utilization Analysis 129 6.2 China 6.2.1 The use of biomass energy policies 130 National Health substances can take advantage of relevant policies 130 6.2.2 Local biomass energy related policies 134 (1) Shandong biomass power policy 134 (2) Guangdong biomass power policy 136 (3) of Sichuan biomass power policy 137 (4) Heilongjiang Health 137 6.3 China biomass power generation Biomass Energy Utilization Policy development and investment opportunities Dilemma 138 6.3.1 Biomass Power Development Plight and investment opportunities 138 (1) Biomass Power Development Situation 1381) Biomass Power Generation Investment in 1382) Biomass power generation capacity 1393) biomass power generation case 1394) biomass power generation technology status of 139 (2) Biomass Power Development Dilemma and solution strategies 1431) Boiler equipment technology is not yet complete localization 1432) lack of biomass power generation business-related standard 1433) fuel supply system needs improvement 1434) National policies related imperfect 144 (3) biomass power generation investment opportunities 144 6.3.2 biodiesel development and investment opportunities Dilemma 144 (1) Biological Situation in the diesel Development 1451) Status of the Biodiesel Industry 1452) biodiesel production scale of 1463) Biodiesel state of the art 146 (2) of biodiesel development dilemma and solution strategies 1481) cost of raw material shortages 1482) sluggish sales terminals 148 6.3.3 fuel ethanol development and investment opportunities Dilemma 149 (1) Status of fuel ethanol development 1491) 1493) state of the art fuel ethanol production scale of fuel ethanol 1492) of fuel ethanol production enterprises 150 (2) Fuel Ethanol Development Plight and Solutions 1521) raw material supply shortages 1522) blocked the promotion of fuel ethanol vehicle 153 6.3.4 Status hydrogen production from biomass development and recommendation 153 (1) Biomass Hydrogen Technology Introduction 153 (2) raw materials Hydrogen Research Status 157 (3 ) hydrogen production from biomass development proposals 159 6.4 160 Chinese prospect of biomass energy biomass utilization constraints 160 6.4.1 6.4.2 6.4.3 Biomass Energy Utilization of biomass energy development trend forecast 162 164 Chapter 7 : China Ocean Energy Analysis 165 7.1 International Ocean Energy Utilization Analysis 165 7.1.1 International Ocean Energy Utilization 165 7.1.2 International Ocean Energy Power Station Construction 166 7.2 China ocean energy development difficulties and take advantage of investment opportunities 167 7.2 Development and Prospect. 1 ocean energy policies 167 7.2.2 Analysis of Ocean Energy Utilization 170 (1) tidal power development 1701) tidal power generation technology status 1702) tidal power development scale 170 (2) 172 Advances wave energy use (3) Advances in the use of thermal energy 172 (4) The current energy use Progress 173 (5) salt gradient energy use 175 7.2.3 Development Dilemma and ocean energy development 179 7.2.4 Solutions can take advantage of investment opportunities in the ocean 180 7.3 China Ocean Energy Utilization Prospect Analysis 180 7.3.1 ocean energy constraints 180 7.3.2 ocean energy development trends 181 7.3.3 ocean energy forecast 182 Chapter 8: China Geothermal Development and Prospect Analysis 183 8.1 International Geothermal Energy Utilization Analysis 183 8.1.1 International Geothermal Overview 183 8.1.2 The main countries of geothermal energy utilization status 185 (1) Germany geothermal energy utilization status 185 (2) Australian geothermal energy utilization status 185 (3) geothermal energy in Switzerland Status 187 (4) Iceland geothermal energy utilization status 189 (5) New Zealand geothermal energy utilization status 190 (6) US Geothermal Energy Utilization 191 (7) Progress Energy Agency geothermal project geothermal energy 191 8.2 China Development Plight and investment opportunities 193 8.2.1 geothermal energy policies 193 8.2.2 Geothermal Energy Utilization Analysis 194 (1) geothermal heating 194 (2) geothermal power 195 (3) geothermal greenhouses 195 (4) Geothermal Aquaculture 196 (5) geothermal bath Medical 196 (6) Geothermal Recreation 196 8.2.3 Geothermal Development Plight and Solutions 196 (1) capital bottleneck 197 (2) technological bottlenecks 197 (3) 197 8.2.4 policy bottlenecks geothermal energy investment opportunities 197 8.3 China geothermal energy prospects analysis 198 8.3.1 Constraints 198 Geothermal Geothermal Development Trend 8.3.2 8.3.3 Geothermal 198 Forecast 199 Chapter 9: China Other new energy prospects and potential of Hydrogen 200 9.1 use dilemma and prospect of development of hydrogen energy use 200 9.1.1 Overview 200 9.1.2 International Hydrogen use in major countries and regions Status 200 (1) United States Hydrogen Utilization 200 (2) The European Hydrogen Utilization 201 (3) Japan Hydrogen Utilization 202 (4) Hydrogen Utilization India 202 (5) Hydrogen Utilization Canada 203 9.1.3 Analysis of China Hydrogen Utilization 203 (1) Chinese Hydrogen policies 203 (2) China Hydrogen R & D progress (3) Hydrogen Utilization of China 2041) Status hydrogen fuel cell development 2042) 203 hydrogen cars Current Situation 2053) Hydrogen power station development Situation 2054) 206 Utilization of hydrogen in other areas Hydrogen 9.1.4 China utilization of development Predicament and Solution 206 (1) Hydrogen lack of standards 206 (2) key technology gaps exist 206 (3) inadequate facilities 207 (4) personnel and funding gap deposit 207 9.1.5 Hydrogen Utilization Prospect Analysis 207 9.2 Analysis on the Potential Gas Hydrate 208 208 9.2.2 9.2.1 Status of natural gas hydrate resources in the development of gas hydrates course 208 (1) Natural gas hydrate reserves 208 (2) of gas hydrate 209 (3) of natural gas hydrate production 209 9.2 .3 gas hydrate development technologies 210 (1) state of the art development of gas hydrates 2101) heating 2102) depressurization 2103) add chemicals law 2114) Other methods 211 (2) of gas hydrate development of new technology Advances 211 9.2.4 Gas Hydrate Exploitation Potential 213 Chapter 10: China's new energy industry overseas market difficulties and Countermeasures 215 10.1 Industry Overview 215 10.1.1 overseas markets overseas market size analysis 215 10.1.2 Analysis of 215 overseas investment 10.1.3 overseas market analysis industry segments 215 (1) photovoltaic industry overseas market analysis 215 (2) analysis of the wind power industry in overseas markets 217 (3) other new energy industry overseas market analysis of the European market 218 10.2 218 10.2.1 Dilemma and Countermeasures The European market economy 218 (1) European debt crisis and its influence trends 218 (2) of the European economic outlooks 219 10.2.2 European market is facing difficulties and Countermeasures 219 (1) of the European market is facing a dilemma 2201) European subsidy policy changes 2202 ) decline in demand for new energy products market 2203) appreciation of the renminbi exchange losses caused 220 (2) of the European market difficulties coping strategies 221 10.3 US market difficulties and countermeasures 222 10.3.1 US market economy 222 (1) state of the US economic growth in 223 ( 2) forecast US economic trends 223 10.3.2 US market is facing difficulties and Countermeasures 224 (1) The United States market is facing a dilemma 2241) US trade protectionism 2242) US frequent new energy product "double reverse" 225 (2) US market difficulties coping strategies 2251) to adjust the industrial structure 2252) actively responding to 226, Chapter 11: China's new energy industry, solar energy business analysis business analysis 227 11.1 227 11.1.1 Analysis Suntech Power Holdings Co., 227 (1) Enterprise Development Brief analysis 227 (2) main business and products 228 (3) business sales channels and network 228 (4) of enterprise technology and R & D level 228 (5) business case analysis 2291) 2292 enterprise revenue situation) profitability 2293) ability of business operations 2304) solvency 2305) Business Development Capacity 231 (6) business advantages and disadvantages of 231 (7) of the latest corporate developments 232 11.2 Analysis 257 11.2.1 Analysis of wind energy business China Wind Power Group Co., Ltd. Analysis 257 (1) Enterprise Development Brief analysis 257 (2), the main business and products 258 (3) business sales channels and network 258 (4) business case analysis 2581) 258 enterprise revenue situation 2) profitability 2593) ability of business operations 2594) solvency 2605) Business Development Capacity 260 (5) business advantages and disadvantages of 260 (6) Analysis of the latest corporate developments 261 11.3 11.3 279 nuclear power business analysis .1 China National Nuclear Corporation Business Analysis 279 (1) Enterprise Development Brief analysis 279 (2) business sales channels and network 279 (3) Operation of a subsidiary analysis 2801) CNNC Jiangsu Nuclear Power Co., Ltd. 280? 8? 5 companies 280 revenue situation? 8? 5 280 corporate profitability? 8? 5 281 enterprises operating capacity? 8? 5 281 solvency? 8? 5 business development capacity 2822) CNNC Qinshan Nuclear Power Co., Ltd. 282? 8? 5 282 enterprise revenue situation? 8? 5 283 corporate profitability? 8? 5 283 enterprises operating capacity? 8? 5 284 solvency? 8? 5 business development capacity 284 (4) the business advantages and disadvantages of 285 (5) Analysis of the latest developments enterprise biomass business analysis 285 11.4 295 11.4.1 Power Co., Ltd. Zhejiang Fuchun River Environmental Management Analysis 295 (1) Enterprise Development Brief analysis 295 (2), the main business and products 296 (3) business technology and R & D level 296 (4) business case analysis 2971) enterprise revenue situation 2972) profitability 2983) ability of business operations 2994) solvency 2995) Business Development Capacity 300 (5) business Advantages and Disadvantages of 300 (6) Analysis of the latest corporate developments 301 11.5 Analysis of ocean energy business 325 11.5.1 Power Technology Co., Ltd. Guangzhou sea analysis 325 (1) Enterprise Development Brief analysis 325 (2), the main business and products 325 (3) the level of enterprise technology and R & D 325 (4) the business advantages and disadvantages of 326 11.5.2 Wenling Jiangxia tidal experiment power plant operation analysis 326 (1) Enterprise Development Brief analysis 326 (2), the main business and products 326 ( 3) the level of enterprise technology and R & D 327 (4) business case analysis 327 (5) business advantages and disadvantages of geothermal energy business 327 11.6 Analysis 327 11.6.1 Analysis of international high Jianye Co., 327 (1) Enterprise Development Brief Analysis 327 (2) the main business and products 328 (3) of enterprise technology and R & D level 328 (4) business case analysis 328 (5) business advantages and disadvantages of 328 (6) Analysis of the latest corporate developments 329 11.6.2 HUNYO Source Technology Development Co., Ltd. Analysis 330 (1) Enterprise Development Brief analysis 330 (2), the main business and products 330 (3) business sales channels and network 330 (4) of enterprise technology and R & D level 331 (5) business situation Analysis of 3311) enterprise revenue situation 3312) profitability 3313) ability of business operations 3324) solvency 3325) Business Development Capacity 333 (6) business advantages and disadvantages of 333 (7) the latest corporate developments Analysis 334 11.6.3 Fitch Beijing Branch Energy Technology Development Co., Ltd. Business Analysis 334 (1) Enterprise Development Brief analysis 334 (2), the main business and products 335 (3) business sales channels and network 335 (4) Business technology and R & D level 335 (5) business case analysis 336 (6) business advantages and disadvantages of 336 (7) business 336 11.6.4 Analysis of the latest developments in Shenzhen Zhuanghe geothermal energy industry Technology Co., Ltd. Analysis 336 (1) business Development Brief Analysis 336 (2) main business and products 337 (3) business sales channels and network 337 (4) of enterprise technology and R & D level 337 (5) business advantages and disadvantages of business analysis Hydrogen 338 11.7 338 11.7. 1 Beijing speeding Green Power Technology Co., Ltd. Business Analysis 338 (1) Enterprise Development Brief analysis 338 (2), the main business and products 339 (3) business sales channels and network 339 (4) of enterprise technology and R & D level 339 ( 5) the business advantages and disadvantages of 339 11.7.2 Analysis Brief introduction of Shanghai Science and Technology Co. 340 (1) Enterprise Development Brief analysis 340 (2), the main business and products 340 (3) business sales channels and network 341 (4) Business technology and R & D level 341 (5) business advantages and disadvantages of Shanghai climbing industry 341 11.7.3 Hydrogen Energy Technology Co., Ltd. Analysis 341 (1) Enterprise Development Brief analysis 341 (2), the main business and products 342 (3) business sales channels and network 342 (4) of enterprise technology and R & D level 342 (5) business advantage and disadvantage analysis 342 Chapter 12: China's new energy industry development prospects and Financing 344 12.1 China's new energy industry development prospects of China's energy 344 12.1.1 Demand Forecast of China's energy consumption structure 344 12.1.2 344 12.1.3 prediction prospect of new energy utilization China forecast China's new energy industry 346 12.2 347 12.2.1 Financing financing needs of China's new energy industry of China's new energy industry 347 12.2.2 financing 347 12.2.3 Status Status of China's new energy industry financing 347 (1) status of the solar industry financing 348 (2) status of the wind energy industry financing 349 (3) status of nuclear power industry financing 349 (4) 350 12.2.4 biomass sector financing regulations and policies to broaden the financing channels of the significance of China's new energy industry 351 12.2.5 financing prospects of China's new energy industry 352 12.3 Analysis 353 12.3.1 Bank Credit Bank to support new energy industry status quo analysis 353 12.3.2 Bank credit to the new energy industry credit behavior of the new energy industry 355 (1) Policy Bank Credit Risk Behavior Analysis 353 12.3.3 major banks 355 (2) Commercial bank credit behavior analysis 356 Charts Chart 1: Energy classification 16 Chart 2: 2001-2012 In the first half of China's GDP and its growth rate (Unit: 100 million,%) 25 Chart 3: 2006-2011 of above-scale industrial added value increased speed (Unit: 100 million,%) 25 Figure 4: 2001- 2011 total global energy production and year on year growth (100 million tons of oil equivalent,%) 28 Figure 5: 2001--2011 of total energy production and the year on year growth (100 million tons of oil equivalent,%) 29 Figure 6: 2001- 2011 distribution of global energy production structure (%) 29 Figure 7: 2001 - 2011 production structure of China's energy distribution (%) 30 Figure 8: 2001--2011 total annual global energy consumption and YoY growth (Unit: million tons of oil equivalent,%) 31 Figure 9: 2001--2011 of total energy consumption and YoY growth (Unit: million tons of oil equivalent,%) 31 Figure 10: 2001--2011 global energy consumption structure (unit:%) 32 Figure 11: 2001--2011, China's energy consumption structure (unit:%) 33 Figure 12: 2003 - 2011 global conventional energy reserve-production ratio (unit: Year) 34 Exhibit 13: 2003 - 2011 global reserves and production of traditional energy sources ratio (unit: Year) 35 Figure 14: 1970--2030 global energy consumption growth and forecast (% / year) 36 Figure 15: China's new energy industrial park hundred regional distribution (unit: piece) 38 Exhibit 16: China's new energy industrial park twenty strong Ranking 39 Figure 17: the end of 2011 China's major photovoltaic industrial park project list 40 Exhibit 18: 2011 China's total wind power installed capacity of regional distribution (unit:%) 42 Figure 19: Our nuclear power plant by the end of 2011 Distribution Figure 43 Figure 20: German PV industry incentive policy development process 45 Figure 21: 2000--2011 German photovoltaic industry tariff change (Unit: Euro cents / kWh) 46 Figure 22: 2001--2011 German PV power Consumption and YoY growth (Unit: TWh,%) 46 Figure 23: Japanese PV industry incentives to the development process 47 Figure 24: 2011 04--2012 03 Japan solar photovoltaic electricity price implementation of standards (unit: yen / kWh). 48 Exhibit 25: 2001--2011 Japan Photovoltaic electricity consumption and YoY growth (Unit: TWh,%) 49 Figure 26: 2000--2011 Japanese PV market installed capacity (Unit: MW,%) 50 Exhibit 27: The main US PV incentive policy development process 50 Exhibit 28: 2010--2015 US solar investment and forecast (unit: billions%) 51 Exhibit 29: US sixteen states feed-in tariff situation 52 Exhibit 30: 2001- 2011 US PV electricity consumption and YoY growth (Unit: TWh) 53 Exhibit 31: 2020 is mainly the US new installed capacity of solar energy development plan (Unit: MW) 53 Exhibit 32: 2006--2008 National Renewable Energy Development the solar energy-related policies 54 Exhibit 33: 2009--2011, China's 58 major PV subsidy policy Figure 34: Five major PV Power Group invested 61 Exhibit 35: China's solar photovoltaic industry agglomeration area 63 Exhibit 36: 2011- December 2012 Global Median polysilicon Trend (Unit: USD / kg,%) 65 Exhibit 37: 2011- December 2012 the average price movements of global polysilicon sheet (Unit: USD / piece,%) 66 Chart 38: 2011- December 2012 the global solar Battery Average price trends (Unit: USD / W,%) 66 Exhibit 39: 2011- December 2012 the average price of PV modules worldwide trend (Unit: USD / W,%) 66 Exhibit 40: 2005 - 2011 China's solar PV installed capacity Capacity and YoY growth (Unit: million kilowatts,%) 69 Exhibit 41: Comparison of solar cell conversion efficiency of various types (Unit: 100 million,%) 70 Exhibit 42: Chinese solar energy industry chain industry life cycle analysis of 77 chart 43: 2006 --2015 China's solar water heater industry sales revenue and forecast (Unit: 100 million,%) 78 Chart 44: 2005 - 2011 total installed capacity of wind power in Germany and YoY growth (Unit: MW,%) 79 Chart 45: 2000-2011 German wind power consumption and YoY growth (Unit: TWh) 80 chart 46: 2005 - 2011 total installed capacity of wind power in Spain Statistics (Unit: MW,%) 83 Chart 47: 2001--2011 Spain Wind Power Consumption and year on year growth (Unit: TWh,%) 83 Chart 48: 2005 - 2011 US total wind power installed capacity and YoY growth (unit: MW,%) 85 Chart 49: 2001--2011 US wind power consumption and YoY growth (Unit: TWh,%) 86 Chart 50: 2005 - 2011 total installed capacity of wind power in Denmark and YoY growth (Unit: MW,%) 87 Exhibit 51: 2005 - 2011 Danish wind power consumption and up growth (Unit: TWh,%) 87 Chart 52: 2008--2011 investment and construction of wind power industry (Unit: million) 90 chart 53: 2005 - 2011 China's total wind power installed capacity and YoY growth (Unit: MW,%) 91 Chart 54: 2006 - 2011, China's new wind power installed capacity and YoY growth (Unit: MW,%) 91 Chart 55: 2001--2011, China's wind power generating capacity and YoY growth (Unit: TWh When,%) 92 Chart 56: China's wind power feed-in tariffs compared to the national average tariff in 2010 (Unit: yuan / kwh) 92 chart 57: 2005 - 2011 China's total wind power and net rate of change (Unit:% ) 93 chart 58: 2011 of the major provinces of wind power installed capacity of wind power to limit output ratio (unit:%) 94 Chart 59: China's various regions, "second five" first, second installment of wind power projects approved proportion (Unit:% ) 95 Chart 60: 2015--2050 development of wind power in China (Unit: GW,%) 102 Chart 61: 2001--2011 US nuclear power consumption accounts for the proportion of nuclear power worldwide consumption changes (unit:%) 104 Chart 62: 2001--2011 US nuclear power consumption and YoY growth (Unit: TWh,%) 104 Chart 63: 2001--2011 French nuclear power consumption and YoY growth (Unit: TWh,%) 106 Chart 64: 2001--2011 French nuclear power consumption accounts for the proportion of nuclear power worldwide consumption changes (unit:%) 106 Chart 65: 2001--2011 Japanese nuclear power consumption and YoY growth (Unit: TWh,%) Chart 66 107 : 2001--2011 Japanese nuclear power consumption accounts for the proportion of nuclear power worldwide consumption changes (unit:%) 108 Chart 67: China's nuclear power manufacturing design specification 111 Chart 68: completion by the end of 2011, Guangdong Province, in the case of construction of the proposed nuclear power plant project (Unit: MW) 112 Chart 69: completion by the end of 2011, Guangdong Province, in the construction of the proposed nuclear power plant project (Unit: MW) 112