Conventional industry market research is between industry research and market research, combining the essence of the two, belonging to the scope of enterprise strategy research. Generally speaking, the core content of the industry (market) analysis report includes the following three aspects:
First, the study of the industry's survival background, industrial policy, industrial layout, industrial life cycle, the industry's position in the overall macro-industrial structure, as well as the direction of the evolution of the development of their respective development and growth of the background;
Second, the study of the characteristics of each industry within the market, the competition, the difficulty of entry and exit, and the growth of the market;
Second, the study of the market characteristics of each industry, competition, the difficulty of entry and exit, and the growth of the market
The second is to study the characteristics of each industry, competitive situation, difficulty of market entry and exit, and market growth;
The third is to study the competitive strategy and market behavior mode of each industry in different conditions and growth stages, and provide some operational suggestions to enterprises.
According to the current global consulting industry system, the top-level service is strategic consulting (national projects), the high-level service is consultant consulting (corporate giants' projects), and the ordinary-level service is market research report (mass-type research materials). A standard market research report includes: industry overview, industry pattern, competitive analysis, historical, current status and trend analysis. (Data occupies 30%-45% of the value of the proportion of analytical research occupies about 50% of the value of the proportion of other content occupies less than 10% of the value of the proportion)
Therefore, the significance of the industry research does not lie in the teaching of how to carry out specific marketing operations, but rather in the provision of a number of directional thinking and choice for the enterprise based on the basis of avoiding the occurrence of the "direction of the" mistakes. "
Conventionally, it is not possible to make a mistake in the way you do things.
The value of regular industry research reports for enterprises is mainly reflected in two aspects:
The first one is that, as an enterprise operator and manager, the busyness of their work does not allow them time to carry out a systematic sorting out of the entire industry vein, and a research report will make the entire market vein clearer, so as to ensure that the correctness of the major market decisions;
The second one is that, if you wish to enter the industry and invest in it, you will be able to do so in the future. If you want to enter the industry investment, read a high-quality research report is the fastest and best way for you to systematically and quickly understand an industry, so that you have a more informative grasp of the industry's development dynamics, trends, and related information and data, so that your investment decision-making is more scientific, to avoid huge losses caused by investment mistakes. Industry monitoring refers to the long-term analysis and research of a large amount of industry data and information by using scientific calculation methods and indicator evaluation system. Through the monitoring and research of the industry's internal and external environment, upstream and downstream supply and demand, business conditions, financial conditions, reflecting the industry's life cycle, profitability, and predict the opportunities and risks of the industry's development prospects.
China Security Consultant is one of the earliest consulting organizations in China to carry out industry monitoring work, and has branches, offices or cooperative organizations in more than 10 cities, including Xiamen, Shanghai, Guangzhou, Shenzhen, Fuzhou, Nanjing, Hangzhou, Qingdao, Dalian, Chongqing, etc., and has established long-term strategic partnerships with more than 100 qualified professional survey and implementation companies across the country, which makes the industry monitoring and research network of China Security Consultant cover the whole country. The industry monitoring and research network covers 75% of the cities in China. New energy refers to renewable energy sources that are systematically developed and utilized on the basis of new technologies, including solar energy, wind energy, biomass energy, nuclear energy, geothermal energy, hydrogen energy, ocean energy and so on. At present, the development of China's new energy industry has made great progress, ranking first in the world in many areas. As of 2012, China's wind power grid-connected installed capacity increased to 63GW, a year-on-year increase of 39.8%, surpassing the United States to become the world's first major wind power country, with an annual generation capacity of more than 100 billion kWh; China's photovoltaic installed capacity of 4.8GW, a year-on-year increase of 220.0%, with a total installed capacity of 7GW; nuclear power in the construction of 30 units, with a capacity of 32.73GW, an increase of 175.3%, leading the world in the scale of construction.
China, as the largest carbon emitter, will face a serious challenge in realizing a balance between economic growth and environmental protection. According to the national plan, the proportion of non-fossil energy in China's primary energy will increase to 15% in 2020. To this end, the primary task during the "12th Five-Year Plan" period is to cultivate and develop new energy industry. With the accelerated pace of industrial restructuring and cultivation of emerging strategic industries, energy saving and emission reduction and the strategic position of emerging energy industries will become more prominent, the future development of the domestic new energy industry will still be in the fast lane, which is expected to drive the development of the industry chain upstream and downstream and other related industries. The report analyzes the development environment, industry characteristics, market scale, development layout and development hotspots of China's new energy industry in a quantitative and qualitative way, helping customers to systematically and accurately take the pulse of the industry's development trajectory.
By combing the industrial chain of the new energy industry, we can elaborate and analyze the value flow and upgrading evolution of the whole industrial chain, and clarify the direction of industrial development.
Summarizing the performance of companies in terms of industry scale, business status, SWOT analysis, and other dimensions, the report provides a powerful reference for the development of companies.
Through in-depth analysis of investment opportunities, barriers to entry and exit, and investment risks in the new energy industry, we give more scientific and complete investment advice to help investors accurately enter the market and maximize profits.
Establishing the forecasting system of new energy industry with scientific and reasonable econometric methods to ensure the forecasting trends and results with foresight and value. Chapter 1 Basic Conditions for the Development of New Energy Industry
1.1 Resource Conditions
1.1.1 Increasing Scarcity of Fossil Energy Sources
1.1.2 Reserves and Distribution of New Energy Sources
1.1.3 Comprehensive Utilization of New Energy Sources
1.2 Social Conditions
1.2.1 Economic and Social Problems Caused by the Problems of Energy
1.2.2 Climate Warming and Environmental Pollution Becoming More and More Serious
1.2.3 Energy and Environmental Problems Become Important Political Issues
1.3 Technological Conditions
1.3.1 Introduction of Major New Energy Technologies
1.3.2 Strengthening of International Cooperation in New Energy Technologies
1.3.3 Increased Independent Innovation Capabilities of New Energy Technologies
1.3.4 Increased Innovation Capabilities of New Energy Technologies
1.3.5 Increase of New Energy Technologies in the World Strengthening of Independent Innovation Capability of New Energy Technologies
1.3.4 Analysis of New Energy Power Generation Technologies
1.4 Other Conditions
1.4.1 Talent
1.4.2 Funding
1.4.3 Equipment
1.4.4 Supporting Facilities
Chapter 2: Analysis of the Development of International New Energy Industry
2.1 Development of Global New Energy Market
2.1.1 Accelerated Development of New Energy in Developed Countries to Boost the Economy
2.1.2 Analysis of Global New Energy Market in 2011-2012
2.1.3 International New Energy Industry Structure is Facing Changes in Development
2.1.4 Strategies of New Energy Development in Foreign Countries under Economic Globalization
2.1.5 Development Direction of New Energy Industry in Various Countries
2.2 Europe
2.2.1 EU Countries Actively Promote the Development of New Energy Industry
2.2.2 EU Actively Invests in the R&D and Innovation of New Energy Technology
2.2.3 Divergence of New Energy Subsidy Policies in Europe in 2011
2.2.4 2012 UK continues to promote new energy development and utilization
2.2.5 France continues to accelerate the development of new energy industry
2.2.6 Germany implements a new policy to develop green energy
2.3 The United States
2.3.1 U.S. new energy development and utilization of the full range of
2.3.2 2011 U.S. new energy policy ushered in an inflection point
2.3.3 U.S. New Energy Industry Development in 2012
2.3.4 Comprehensive Analysis of U.S. New Energy Policies
2.3.5 U.S. New Energy Industry Development Plans
2.4 Japan
2.4.1 Japan's Development as a New Energy Country
2.4.2 Japan's Government-led Advancement of the New Energy Industry Development
2.4.3 The 2011 Earthquake Accelerated Japan's New Energy Transition
2.4.4 Japan's New Energy Policy Dynamics in 2012
2.4.5 Analysis of Japan's New Energy Strategies
2.5 Other Countries
2.5.1 Australia
2.5.2 Brazil
2.5.3 India
2.5.4 South Korea
2.5.5 Israel
2.5.6 Kazakhstan
Chapter 3: The Current Situation of China's New Energy Industry Development
3.1 Overall Analysis of China's New Energy Industry
3.1.1 Necessity of the Industry Development
3.1.2 Industry Development Overview
3.1.3 Major Development Achievements
3.1.4 Optimization and Upgrading of Industrial Structure
3.1.5 Continuous Increase in Consumption
3.1.6 Multiple Forces Boosting the Rise of the Industry
3.2 Characteristics of China's New Energy Industry
3.2.1 Intensive Policies Supporting the Development of New Energy
3.2.1 Intensive Policy Supporting the Development of New Energy
3.2.2 The Development of New Energy in China
3.2.3 The New Energy Industry in China p>
3.2.2 New Energy Utilization Steps into the Fast Track of Development
3.2.3 The Speed of Technology Transformation Keeps Pace with the International World
3.2.4 The Competitive Market Situation Becomes More and More Intense
3.2.5 The Characteristics of Industry Clusters Gradually Emerge
3.3 A Brief Analysis of China's New Energy Power Generation Industry
3.3.1 New Energy Power Generation Industry Booming Development
3.3.2 Huge Potential of New Energy Distributed Power Generation
3.3.3 Layout of New Energy Power Generation Market by Electric Power Enterprises
3.3.4 Analysis of Pricing Mechanism of New Energy Power
3.4 Regional Layout of China's New Energy Industry
3.4.1 Clustering of Industries
3.4.2 Regional Division of Labor
3.4.3 Characteristics of Subdivision Clustering
3.5 Trends in the Spatial Layout of China's New Energy Industry
3.5.1 The Industry as a Whole Continues to Concentrate Toward Regions with Advantageous Policies and Resources
3.5.2 Large-scale New Energy Equipment and Manufacturing Industries Continuously Shift Toward the End of the Market
3.5.3 The Research and Development (R&D) and Sales Sectors Concentrate Toward 3.6 Major Problems in China's New Energy Industry
3.6.1 Gaps and Deficiencies in the Industry
3.6.2 Major Problems Faced by the Industry
3.6.3 Factors Restricting the Development of Industrialization
3.7 Countermeasures and Suggestions for the Development of China's New Energy Industry
3.7.1 Basic Countermeasures for the Development of the Industry
3.7.2 Ideas for Promoting the Development of the Industry
3.7.3 Strategic Measures for the Development of the Industry
3.7.4 Policy Suggestions for the Healthy Development of the Industry
3.7.5 Policy Measures for the Development and Strengthening of Regional Markets
Chapter 4 Industry Chain Analysis for the New Energy Industry
4.1 Introduction of New Energy Industry Chain
4.1.1 Structure of the Industry Chain
4.1.2 Life Cycle of the Industry Chain
4.1.3 Value Flows of the Industry Chain
4.2 Characteristics of the New Energy Industry Chain
4.2.1 Long Industry Chain
4.2.2 Strong Influence by Industry
4.2.3 High External Dependence
4.3 Upstream of New Energy Chain - Raw Materials
4.3.1 New Energy Materials Market Investment Heating Up
4.3.2 Overall Analysis of Photovoltaic Materials Market
4.3.3 Polysilicon Market Capacity and Demand
4.3.3 Polysilicon Market Capacity and Demand
4.3.4 Lithium Ion (Li-Ion) Industry Chain Characteristics
4.3.4 Lithium-ion Battery Materials Market Overview
4.3.5 Wind Power Development Stimulates Neodymium-Iron-Boron Material Demand
4.4 New Energy Industry Chain Middle Stream--Equipment Manufacturing
4.4.1 Wind Power Equipment Manufacturing
4.4.2 Photovoltaic Equipment Manufacturing
4.4.3 Nuclear Power Equipment Manufacturing
4.4.4 Biomass Energy Equipment Manufacturing
4.5 Downstream of the New Energy Chain--Commercial Application
4.5.1 Wind Power Grid Integration Continues to Accelerate
4.5.2 Solar Photovoltaic Power Generation Market Heating Up
4.5.3 Competitive Landscape of Biodiesel Market
4.5.4 Geothermal Power Generation Industry Gains Momentum
4.5.5 Demonstration of New Energy Vehicles
Chapter 5 Analysis of the Development Status of New Energy Segmented Industries
5.1 Analysis of the Development of Solar Energy Industry
5.1.1 Analysis of the International Analysis of the Development of Solar Energy Industry
5.1.2 Development and Utilization of Domestic Solar Energy Resources
5.1.3 Development Status of China's Solar Energy Industry in 2011-2012
5.1.4 Acceleration of China's Solar Energy Photovoltaic Industry by Boosting Domestic Demand
5.1.5 Existing Problems and Countermeasures for China's Solar Energy Industry
5.2 Analysis of the Development of Wind Energy Industry
5.2.1 Development of International Wind Energy Industry
5.2.2 Formation and Distribution of China's Wind Energy Resources
5.2.3 Reserves of China's Wind Energy Resources and Effective Regions
5.2.4 Exploitation of Wind Energy in China
5.2.5 Problems and Countermeasures for the Development of China's Wind Energy Industry
5.2.6 Opportunities Faced by the Development of China's Wind Energy
5.3 Analysis of the Development of the Biomass Energy Industry
5.3.1 China's Abundant Biomass Energy Resources
5.3.2 Overview of the Development of China's Biomass Energy Industry
5.3.3 Energy Scarcity Accelerates the Development of Biomass Energy in China
5.3.4 Development Mode of Biomass Energy Industrialization in China
5.3.5 Problems and Countermeasures Faced by China's Biomass Energy Industry
5.3.6 China's Biomass Power Generation Ushered in the Opportunity of Development
5.4 Analysis of the Development of the Nuclear Energy Industry
5.4.1 Status of the Development and Utilization of Nuclear Energy in the International World
5.4.2 Overall Development of China's Nuclear Energy Industry
5.4.3 Overall Data Analysis of China's Nuclear Power Industry in 2011-2012
5.4.4 SWOT Analysis of China's Nuclear Power Industry
5.4.5 Analysis of China's Nuclear Energy Technology Development
5.4.6 Problems Facing the Development of China's Nuclear Energy Industry and Countermeasures< /p>
5.5 Development Analysis of Geothermal Energy Industry
5.5.1 Analysis of Geothermal Energy Utilization Related Technologies
5.5.2 International Geothermal Energy Development and Utilization Situation
5.5.3 Development of China's Geothermal Energy Utilization Market
5.5.4 Analysis of China's Geothermal Energy Development and Utilization of the Industrialization of the Geothermal Energy
5.5.5 China's A Global Leader in the Scale of Geothermal Non-Electricity Direct Utilization
5.5.6 Constraints and Countermeasures for the Development of Geothermal Energy Utilization in China
5.5.7 Development Goals and Tasks of China's Geothermal Industry
5.6 Analysis of the Development of Hydrogen Industry
5.6.1 Development of the International Hydrogen Industry
5.6.2 China's Hydrogen Industry Development Momentum Good
5.6.3 Favorable Conditions for China's Development of Hydrogen Energy Economy
5.6.4 Analysis of the Progress of China's Hydrogen Energy Utilization Technology
5.6.5 Problems and Countermeasures Faced by China's Development of Hydrogen Energy
5.6.6 Development Trend of China's Hydrogen Energy Exploitation and Utilization
5.7 Analysis of Combustible Ice Industry Development
5.7 .1 Development and Utilization of Combustible Ice in Foreign Countries
5.7.2 Strategic Significance of China's Development of Combustible Ice
5.7.3 Overall Analysis of China's Combustible Ice Development
5.7.4 Abundant Combustible Ice in the South China Sea
5.7.5 Analysis of China's Combustible Ice Mining Technology
5.7.5 Analysis of China's Combustible Ice Mining Technology
5.7.6 Development Trends of Hydrogen Energy Analysis
5.8 Analysis of the Development of the Ocean Energy Industry
5.8.1 Basic Principles and Key Technologies of Ocean Energy Utilization
5.8.2 Analysis of the Development of Ocean Energy in the World
5.8.3 China's Ocean Energy Resource Reserves and Distribution
5.8.4 China's Development and Utilization of Ocean Energy Attention
5.8.5 Progress of China's Ocean Energy Development and Utilization
5.8.5 Progress in the Development and Utilization of Ocean Energy in China Progress of China's Ocean Energy Development and Utilization
5.8.6 Problems and Suggestions for the Development of China's Ocean Energy Industry
Chapter 6: In-depth Analysis of Competitive Advantages and Operating Conditions of Leading Enterprises in the New Energy Industry
6.1 Datang New Energy
6.1.1 Corporate Profile
6.1.2 Operating Conditions
6.1.2.1 Financial Condition Analysis
6.1.2.2 Debt Solvency Analysis
6.1.2.3 Profitability Analysis
6.1.2.4 Operational Capability Analysis
6.1.2.5 Growth Capability Analysis
6.1.3 SWOT Analysis
6.1.4 Development Mode
6.1.5 Development Strategy
6.1.6 Investment Status
6.1.7 Development Planning
6.2 Huaneng New Energy
6.2.1 Company Profile
6.2.2 Business Status
6.2.2.1 Analysis of Financial Situation
6.2.2.2 Analysis of Solvency
6.2.2.2 Solvency Analysis
6.2.2.3 Profitability Analysis
6.2.2.4 Operational Capacity Analysis
6.2.2.5 Growth Capacity Analysis
6.2.3 SWOT Analysis
6.2.4 Development Patterns
6.2.5 Development Strategies
6.2.6 Investment Status
6.2.6 Investment Status
6.2.7 Development Planning
6.3 Longyuan Power
6.3.1 Corporate Profile
6.3.2 Business Condition
6.3.2.1 Financial Condition Analysis
6.3.2.2 Debt Servicing Capacity Analysis
6.3.2.3 Profitability Analysis
6.3 .2.4 Operating Capacity Analysis
6.3.2.5 Growth Capacity Analysis
6.3.3 SWOT Analysis
6.3.4 Development Mode
6.3.5 Development Strategy
6.3.6 Investment Situation
6.3.7 Development Plan
6.4 Tuo Ri Xin Energy
6.4.1 Corporate Profile
6.4.2 Business Conditions
6.4.2.1 Financial Condition Analysis
6.4.2.2 Debt Servicing Ability Analysis
6.4.2.3 Profitability Analysis
6.4.2.4 Operational Ability Analysis
6.4.2.5 Growth Ability Analysis
6.4.2.5 Development Ability Analysis
6.4.2.2 Financial Condition Analysis
6.4.2.2 Financial Condition Analysis
6.4.2.2 Financial Condition Analysis
6.4.3 SWOT Analysis
6.4.4 Development Mode
6.4.5 Development Strategy
6.4.6 Investment Status
6.4.7 Development Planning
6.5 Goldwind Science and Technology
6.5.1 Company Profile
6.5.2 Operation Status
6.5.2.1 Financial Condition Analysis
6.5.2.2 Debt Servicing Ability Analysis
6.5.2.3 Profitability Analysis
6.5.2.4 Operating Ability Analysis
6.5.2.5 Growth Ability Analysis
6.5.3 SWOT Analysis
6.5.4 Development Mode
6.5.5 Development Strategy
6.5.6 Investment Status
6.5.7 Development Planning
Chapter VII: Development Cases of Major Industrial Parks in China
7.1 Tianjin Beichen Wind Power Industrial Park
7.1.1 Overview of the Park
7.1.2 Industrial Positioning
7.1 .3 Development Concept
7.1.4 Layout Planning
7.1.5 Supporting Measures
7.2 New Energy Industrial Park in Taizhou, Jiangsu Province
7.2.1 Overview of the Park
7.2.2 Industrial Basis
7.2.3 Progress of Construction
7.2.4 Preferential Policies
7.2.4 Preferential Policies
7.3 Wuxi Wind Power Science and Technology Industrial Park
7.3.1 Overview of the Park
7.3.2 Public **** Service Platform
7.3.3 Manufacturing Base of the Park
7.3.4 Supporting Zone for Wind Turbines
7.4 Changzhou Trina Photovoltaic Park
7.4.1 Overview of the Park
7.4.1 Overview of the Park
7.4.1 Development Advantages of the Park
7.4.1 Overview of the Park
7.4.3 Development Planning
7.5 New Energy Industrial Park in Jiangning District, Nanjing
7.5.1 Development Advantages
7.5.2 Development Priorities
7.5.3 Major Targets
7.5.4 Spatial Layout
7.5.5 Safeguard Measures
7.6 Xinyu High-tech Industrial Development Zone
7.6.1 Overview of the Zone
7.6.2 Investment Environment
7.6.3 Industrial Supporting Facilities
7.6.4 Advantageous Industries
7.6.5 Attractive Investment Policies
Chapter VIII: Analysis of the Investment in the New Energy Industry
8.1 Project Values Analysis
8.1.1 Policy Support
8.1.2 Technological Maturity
8.1.3 Comprehensive Social Cost
8.1.4 Entry Threshold
8.1.5 Potential Market Space
8.2 Investment Opportunities
8.2.1 China's Adjustment of Macro Policies for Economic Growth<
8.2.2 China's Macro Economy Achieves Stable Growth
8.2.3 China Actively Promotes Structural Adjustment of the Energy Industry
8.2.4 High Oil Prices Become a New Opportunity for the Development of China's New Energy Industry
8.2.5 China's New Energy Industry Enters the Golden Period of Development
8.2.6 China's New Energy Industry Entering the Period of Foreign Investment Opportunities
8.2.6 China's New Energy Industry Entering the Period of Foreign Investment Opportunities
8.3 Investment Hot Spots
8.3.1 New Energy Equipment Manufacturing Industry Investment Enthusiasm
8.3.2 China's Offshore Wind Power Ushered in the Development Opportunities
8.3.3 The Scale of China's Nuclear Power Investment Continues to Expand
8.3.4 Amorphous Silicon Thin-Film Solar Cells Market Heating Up
8.3. 5 China Increases Investment in Rural Biogas Sector
8.4 Investment Overview
8.4.1 Total Global New Energy Investment to Increase Significantly
8.4.2 Investment in China's New Energy Market Heats Up
8.4.3 China's Clean Energy Investments Growing Rapidly
8.4.4 Development and Reform Commission Approves New Energy and Low-Carbon Funds for Foreign Investments
8.4.5 SOE energy giants scramble to lay out new energy sector
8.4.6 Private capital increases new energy investment
8.4.7 New energy becomes focus of venture capital and private equity investment
8.4.8 Forecasts for future China's new energy investment
8.5 Investment Risks
8.5.1 Economic Environment Risks
8.5.2 Policy Environment Risks
8.5.2.1 Industrial Policy Risks
8.5.2.2 Monetary Policy Risks
8.5.3 Market Supply and Demand Risks
8.5.3.1 Supply and Demand Change Risks
8.5.3.2 Raw Material Price Risks
8.5. 3.3 Product Structure Risk
8.5.3.4 Product Price Risk
8.5.4 Other Risks
8.5.4.1 Technological Risk
8.5.4.2 Industry Integration Risk
8.5.4.3 RMB Exchange Rate Risk
8.6 Investment Recommendations
8.6.1 Regional Investment Policy Recommendations
8.6.2 Enterprise Investment Policy Recommendations
8.6.2.1 Key Support Category
8.6.2.2 Moderate Support Category
8.6.2.3 Maintenance Category
8.6.2.4 Restriction on Withdrawal Category
8.6.3 Subdivision Industry Investment Policy Recommendations
8.6.3.1 Hydropower Industry
8.6.3.2 Nuclear Power Industry
8.6.3.3 Other Energy Power Industry
Chapter 9: Development Trends and Prospects of the New Energy Industry
9.1 Development Outlook of the Global New Energy Market
9.1.1 Future Development Trends of the World's New Energy Sector
9.1.2 Broad Prospects for the Development of International New Energy Industry
9.1.3 Global New Energy Market is Expected to Exceed the Semiconductor Market
9.2 Prospects for the Development of Chinese New Energy Industry
9.2.1 Broad Prospects for the Development of China's New Energy Industry
9.2.2 Forecast of the Share of New Energy and Renewable Energy Sources in Energy Consumption in 2020
9.2.3 New Energy Will Become an Important Part of China's Main Energy in the Future
9.3 Forecast of China's New Energy Segment Markets
9.3.1 Future Development of China's Solar Energy
9.3.2 Forecast of China's Future Development of Biomass Energy
9.3.3 China's Combustible Ice Has a Great Potential for Development
9.3. 4 "Twelfth Five-Year Plan" China's geothermal energy development and utilization will set off a climax
9.3.5 "Twelfth Five-Year Plan" China's clean coal technology development outlook
9.3.6 China's new energy power generation such as wind power, 2013-2017 Industry Forecast Analysis
9.3.7 Forecast Analysis of China's Nuclear Power Generation Industry, 2013-2017
Chapter 10 Analysis of Policies and Regulations in the New Energy Industry
10.1 Analysis of New Energy Policies in Overseas Countries
10.1.1 The Importance of the Policies on the Development of New Energy and Energy Conservation
10.1.2 Analysis of the New Energy and Energy Conservation Policy Analysis
10.1.3 New Energy Policy Implementation in the European Union
10.1.4 Analysis of the Characteristics of the World's New Energy and Energy Conservation Policies
10.1.5 Trend of Global Renewable Energy Policy Adjustment
10.2 New Energy Policy Dynamics and Interpretation
10.2.1 Wind Power Industry Policy
10.2.3 Policies Related to Solar Power Industry
10.2.4 Policies to Promote Industrialization of Biomass Energy
10.2.5 Guidance Directory for Industrial Structure Adjustment (2011) to Guide the Development of New Energy Sources
10.2.6 2012 Renewable Energy Development "Twelfth Five-Year Plan"
10.2.7 Policies and Interpretations of the New Energy Industry Renewable Energy Development "Twelfth Five-Year Plan" in 2012
10.3 Policies and Regulations on Renewable Energy Industry and Interpretation
10.3.1 The Renewable Energy Law of the People's Republic of China
10.3.2 Role and Impact of the Renewable Energy Law
10.3.3 The Amendment to the Renewable Energy Law
10.3.3 The Amendment to the Renewable Energy Law (2011) 10.3.3 Decision on Amending the Renewable Energy Law of the People's Republic of China*** and the State of China
10.3.4 Impact of the Amendment of the Renewable Energy Law on the Development of the New Energy Industry
10.3.5 Increase in the Renewable Energy Tariff Surcharge Standard in 2012
10.4 Relevant Energy Regulations and Policies
10.4.1 The Energy Law of the People's Republic of China (Draft for Public Comments)
10.4.2 Law of the People's Republic of China on Energy Conservation
10.4.3 Law of the People's Republic of China on the Promotion of the Circular Economy
10.4.4 Development Plan for the Twelfth Five-Year Plan for the National Strategically Development Plan for National Strategic Emerging Industries in the Twelfth Five-Year Plan
Chart Comparison of the Characteristics of Several Major Energy Sources
Chart Distribution of Major Energy Sources in China
Chart Growth of New Energy Sources in China's Total Energy Production
Chart Distribution of New Energy Sources in Key Regions of China's New Energy Industry
Chart New Energy Sources in China's New Energy Industry in Key Clustering Areas
Chart "Development and Utilization of New and Renewable Energy in Beijing during the 11th Five-Year Plan Period
Chart: Utilization of New and Renewable Energy in Beijing and its Structure in 2010
Chart: Utilization Structure of New and Renewable Energy in 2015
Chart: Layout of New Energy Industrial Bases (Parks)
Chart: New Energy Industries in Beijing Layout of New Energy Industry Bases (Parks)
Chart: Main Indicators of Shanghai's New Energy Planning in the 12th Five-Year Plan
Chart: Estimated Investment in Shanghai's New Energy Industry in the 12th Five-Year Plan
Chart. "Key Construction Projects for New Energy Development and Utilization in Shanghai in the 12th Five-Year Plan
Chart Development Elements for Upgrading of New Energy Industry
Chart Development Elements for Construction of New Energy Industry
Chart Energy Flows on the Earth
Chart Distribution of Solar Energy Resources in China
Chart Sunshine Rate and Average Annual Sunshine Hours in China
Chart Distribution of Solar Radiation Resource Zones in China
Chart Scale and Status of Photovoltaic Enterprises and Projects in Hei Long Jiang Province
Chart Distribution of Wind Energy in China
Chart China's Wind Energy Zones and Percentage of the Country's Area
Chart China's Onshore Wind Energy Resources and Constructed Wind Fields
Chart Distribution of Effective Wind Power Density in China
Chart Distribution of Annual Wind Speed >3m/s Hours in China
Chart Distribution of Wind Resources in China
Chart Newly Installed and Cumulative Wind Power Generation in China
Chart Cumulative Installed Capacity of Wind Power Generation by Regions
Chart Statistics of Small and Medium-sized Wind Turbines Production in China Over the Past Years
Chart China's Small and Medium-sized Wind Turbine Production, Output and Export Statistics
Chart Proportion of Production by Model of Small and Medium-sized Wind Turbines
Chart Proportion of Capacity by Model of Small and Medium-sized Wind Turbines
Chart Ranking of Newly Installed Wind Turbines by Domestic Enterprises and Their Output in 2010
Chart Market Share of Top 6 Manufacturers of Newly Installed Wind Power in China in 2010
Chart Market Share of Top 6 Manufacturers of Cumulative Installed Wind Power in China in 2010
Chart Market Share of Top 20 Manufacturers of Newly Installed Wind Power Capacity in China in 2011
Chart Market Share of Top 20 Manufacturers of Cumulative Installed Wind Power Capacity in China in 2011 and Market Share
Chart: China's Wind Turbine and Blade Enterprises
Chart: China's Wind Turbine and Gearbox Enterprises
Chart: China's Wind Turbine and Generator Enterprises
Chart: China's Wind Turbine and Electronic Control System Enterprises
Chart: Schematic Diagram of Biomass Utilization
Several types of biomass and fossil fuels have been utilized by China's wind power industry. Chart Comparison of CO2 Emissions from Several Types of Biomass and Fossil Fuel Utilization Processes
Chart Capacity Statistics of China's Fuel Ethanol Producers in 2010
Chart Some of the Pilot Plants of Vitamins Ethanol in China
Chart Distribution of Uranium Ore Resources in the World
Chart Installed Capacity of Nuclear Power in Major Countries in the World
Chart Evolutionary Process of the World Nuclear Power Technology
Chart World Nuclear Power Evolution of World Nuclear Power Technology
Chart China's Nuclear Power Projects in Operation and Under Construction
Chart Data Analysis of All Enterprises in China's Nuclear Power Generation Industry, Jan-Nov 2010
Chart Data Analysis of All Enterprises in China's Nuclear Power Generation Industry, Jan-Dec 2011
Chart Data Analysis of All Enterprises in China's Nuclear Power Generation Industry, Jan-Dec 2012
Chart Data Analysis of All Enterprises in China's Nuclear Power Generation Industry, Jan-Dec 2012
Chart Development Environment of China's Nuclear Power Equipment
Chart SWOT Analysis of China's Nuclear Power Equipment Manufacturing Industry
Chart Properties of Radioactive Elements in Geothermal Heat Sources
Chart Radioactive Heat Generation in Each Layer of the Earth's Shell
Chart Growth of Geothermal Electricity Generation in the World
Chart Growth of Global Fuel Cell Application Systems
Chart Global Number and Trend of Hydrogen Fuel Stations
Chart Application of Various Fuel Cells
Chart Regional Distribution of Global Fuel Cell Production Quantity
Chart Conversion Efficiency from Fossil Energy to Hydrogen and Electricity
Chart Comprehensive Efficiency of Fossil Energy for WTW
Chart Comparison of the Characteristics of Different Technological Routes of New Energy Vehicles
Charts Characteristics Comparison
Chart New Energy Vehicle Development Trend Forecasting Chart
Chart China's Concise Consolidated Income Statement of Wind Power, January-December 2010
Chart China's Concise Categorized Income Statement of Wind Power, January-December 2010
Chart China's Consolidated Income Statement of Wind Power, January-December 2011
Chart China's Main Business of Wind Power, January-December 2011
Chart China's Main Business of Wind Power, January-December 2011
Chart China Wind Power Condensed Consolidated Income Statement, Jan-Dec, 2012
Chart China Wind Power Condensed Consolidated Income Statement, Jan-Dec, 2012
Chart China Wind Power Condensed Consolidated Income Statement, Jan-Dec, 2012
Chart Dragon Power Condensed Consolidated Income Statement, 2010
Chart Dragon Power Revenue Segmentation, 2010
< p>Chart Revenue Segment Information of Longyuan Power in 2010Chart Consolidated Comprehensive Income Statement of Longyuan Power for January-December 2011
Chart Segment Information of Longyuan Power's Main Businesses for January-December 2011
Chart Revenue Segment Information of Longyuan Power for January-December 2011
Chart January-December 2012 Consolidated Income Statement of Longyuan Power
Chart Main Business Segment Information of Longyuan Power, January-December 2012
Chart Revenue Segment Information of Longyuan Power, January-December 2012
Chart Key Financial Data of Linuo Sun, January-December 2010
Chart Non-recurring Gains and Losses Items of Linuo Sun, January-December 2010 and Amount
Chart Major Accounting Data of Linuo Sun from 2008 to 2010
Chart Major Financial Indicators of Linuo Sun from 2008 to 2010
Chart Linuo Sun's Main Business by Industry and Product from January to December 2010
Chart Linuo Sun's Main Business by Region from January to December 2010
Chart: Main Financial Data of Linuo Sun, January-December 2011
Chart: Non-recurring Gains and Losses of Linuo Sun, January-December 2011
Chart: Main Accounting Data of Linuo Sun, 2009-2011
Chart: Main Financial Indicators of Linuo Sun, 2009-2011
Chart: Linuo Sun's Main Business by Industry and Product, Jan-Dec 2011
Chart: Linuo Sun's Main Business by Region, Jan-Dec 2011
Chart: Linuo Sun's Main Accounting Data and Financial Indicators, Jan-Dec 2012
Chart: Non-recurring Gains and Losses Items and Amounts, Jan-Dec 2012
Chart: Linuo Sun's Non-recurring Gains and Losses, Jan-Dec 2012
Chart Main Financial Data of Tianwei Baotian from January to December 2010
Chart Non-recurring Gains and Losses Items and Amounts of Tianwei Baotian from January to December 2010
Chart Main Accounting Data of Tianwei Baotian from 2008 to 2010
Chart Main Financial Indicators of Tianwei Baotian from 2008 to 2010
Chart Tianwei Bao变's Main Business by Industry and Product, January-December 2010
Chart Tianwei Bao变's Main Business by Region, January-December 2010
Chart Tianwei Bao变's Main Financial Data, January-December 2011
Chart Tianwei Bao变's Non-Recurring Gains and Losses Items and Amounts, January-December 2011
Chart Key Accounting Data of Tianwei Baobian, 2009-2011
Chart Key Financial Indicators of Tianwei Baobian, 2009-2011
Chart Tianwei Baobian's Main Business by Industry and Product, Jan-Dec, 2011
Chart Tianwei Baobian's Main Business by Region, Jan-Dec, 2011
Chart Main Accounting Data and Financial Indicators of Tianwei Baobian from January to December 2012
Chart Non-recurring Gains and Losses of Tianwei Baobian from January to December 2012
Chart Non-recurring Gains and Losses of Tuorig Xinneng from January to December 2010
Chart Main Accounting Data of Tuorig Xinneng from 2008-2010
Chart 2008-2010 Rising Sun's Main Financial Indicators
Chart January-December 2010 Rising Sun's Main Business by Industry and Product
Chart January-December 2010 Rising Sun's Main Business by Region
Chart January-December 2011 Rising Sun's Non-Recurring Gains and Losses Items and Amounts
Chart 2009-2011 Rising Sun's Non-Recurring Gains and Losses Items and Amounts
Charts Chart: 2009-2011 Topri's Main Accounting Data
Chart: 2009-2011 Topri's Main Financial Indicators
Chart: January-December 2011 Topri's Main Business by Industry and Product
Chart: January-December 2011 Topri's Main Business by Region
Chart: January-December 2012 Topri's Main Business by Region
Chart: January-December 2012 Topri's Main Business by Region
Chart: January-December 2012 Topri's Main Business by Industry and Product Main Accounting Data and Financial Indicators of Rising Sun in Jan-Dec 2012
Chart Non-recurring Gains and Losses of Rising Sun in Jan-Dec 2012
Chart Profitability Indicators of Listed Companies in the New Energy Industry in the First Half of 2012
Chart Growth Indicators of Listed Companies in the New Energy Industry in the First Half of 2012
Chart Analysis of Operating Capacity Indicators of Listed Companies in New Energy Industry in the First Half of 2012
Chart Analysis of Solvency Indicators of Listed Companies in New Energy Industry in the First Half of 2012
Chart Forecast of Product Sales Revenue of China's New Energy Power Generation Industry, Such as Wind Power, 2013-2017
Chart Forecast of China's Total Accumulated Profit of New Energy Power Generation Industry, Such as Wind Power, 2017-2017
Chart Sales Revenue Forecast of Nuclear Power Generation Industry in China, 2013-2017
Chart Total Profit Forecast of Nuclear Power Generation Industry in China, 2013-2017