———New Amendment]: December 2023.
Docking Personnel": [Zhou Wen].
Research Report on the Construction Status and Innovative Development of the Global Smart Energy Industry 2024 2031
Chapter 1: Definition of the smart energy industry and analysis of the development environment.
1.1 Definition and statistical description of the smart energy industry.
1.1.1 Energy and the digital transformation of energy.
1) Classification of energy sources.
2) The development of energy digitalization.
1.1.2 Definition of smart energy.
1) Standard system construction.
2) Summary of current standards.
3) The standard will be implemented soon.
4) Interpretation of key standards.
1.2.3. Summary and interpretation of policy planning related to industry development.
1) Summary of policies related to industry development.
2) Summary of relevant plans for industry development.
1.2.4. Interpretation of policies and plans that have a significant impact on the industry.
1.2.5. Analysis of the impact of policy environment on the development of the industry.
1.3 The economic environment of China's smart energy industry.
1.3.1 Current status of macroeconomic development.
1.3.2 Macroeconomic outlook.
1.3.3. Analysis of the correlation between industry development and macroeconomy.
1.4 The social environment of China's smart energy industry.
1.5 The technical environment of China's smart energy industry.
1.5.1. The technical system and development level of the energy Internet.
1.5.2 Analysis of the development of core and key technologies of smart energy.
1.5.3 Patent applications and disclosures related to China's smart energy industry.
1.5.4 Technological innovation and development trends in China's smart energy industry.
1.5.5. Analysis of the impact of the technological environment on the development of the industry.
Chapter 2: Global Smart Energy Industry Development Trends and Prospects**.
2.1 The development of the global energy industry and the necessity of smart energy development.
2.1.1 The development status of the global energy industry.
1) Global energy supply.
2) Global energy consumption.
and 3) the structure of global energy consumption.
4) Transformation of the global energy structure.
5) Global investment in energy and power.
6) The current status of global power grid development.
2.1.2 The necessity of global smart energy development.
1) Global energy security Renewable energy needs to be fully explored.
2) Environmental pollution and climate change caused by energy use.
5) Industrial innovation.
6) Financial innovation.
7) Mechanism building.
8) International cooperation.
2.3 Global smart energy development environment and development status.
2.3.1 Global smart energy development environment.
1) Policy: Global smart energy policy support.
2) Economy: Global macroeconomic development status and outlook.
3) Society: the current situation and impact of electricity reform.
4) Technology: Global smart energy technology support.
2.3.2 The current situation of global smart energy layout and construction.
2.3.3 The status quo of global smart energy standardization construction.
2.3.4 Global smart energy industry market size.
2.4 Regional development pattern and representative regional market research of the global smart energy industry.
2.4.1 Regional development pattern of the global smart energy industry.
2.4.2 Representative regional market research of the global smart energy industry.
1) Analysis of the development of smart energy in Germany.
2) Analysis of smart energy development in the United States.
3) Analysis of Japan's smart energy development.
2.5 Competitive landscape of the global smart energy industry and case studies of representative companies.
2.5.1 M&A dynamics of global smart energy companies.
2.5.2 The competitive landscape of the global smart energy industry market.
2.5.3 Cases of representative enterprises in the global smart energy industry.
1) Emerson (EMR).
2) French Schneider.
3) Honeywell, USA
4) Rockwell Automation***NYSE: ROK).
2.6 Development trend and market prospect of the global smart energy industry**.
2.6.1 The development trend of the global smart energy industry.
2.6.2 Prospects for the global smart energy industry**.
Chapter 3: Analysis of the development status and market pain points of China's smart energy industry.
3.1 Current status of China's energy development and energy structure transformation.
3.1.1 Current status of energy supply and demand in China.
3.1.2 China's energy security.
3.1.3 Transformation of China's consumption structure and energy structure.
3.2 China's power system reform and its impact on the development of smart energy.
3.2.1 The history of China's power system reform.
3.2.2 Interpretation of the content of the new round of power system reform.
3.2.3 Analysis of the impact of power system reform on smart energy.
3.3 The development history of China's energy Internet and smart energy.
3.4 Sort out the structure and industrial ecology of China's smart energy industry chain.
3.4.1. Sort out the structure of the smart energy industry chain.
3.4.2 Ecological map of the smart energy industry chain.
1) Ecological map of the smart energy industry chain.
4) Corresponding capacity on the demand side.
5) Number of charging stations.
6) Number of hydrogen refueling stations.
7) The length of the comprehensive pipe gallery.
3.5.2 Construction of China Energy Internet Demonstration Project and Interpretation of Key Cases.
1) China's smart energy demonstration project.
2) Interpretation of China's Energy Internet Demonstration Key Projects.
3.5.3 Bidding in China's smart energy industry.
3.6 Analysis of investment and financing, mergers and acquisitions in the smart energy industry.
3.6.1. The development of investment and financing in the industry.
1) Industry funds**.
2) Investment and financing entities.
3) Investment and financing methods.
4) Summary of investment and financing events.
5) Summary of investment and financing information.
6) Investment and financing trends**.
3.6.2 Industry mergers and acquisitions.
1) Summary of merger and reorganization events.
2) Analysis of the drivers of mergers and acquisitions.
3) Case study of mergers and acquisitions.
4) Prediction of mergers and acquisitions.
3.7 Estimation of China's smart energy market size.
3.8 Smart energy security issues and protection measures.
3.9 Analysis of the market pain points of China's smart energy industry.
Chapter 4: Analysis of China's Smart Energy System Construction and Development Opportunities in Key Areas.
4.1 Construction of China's smart energy system.
4.1.1 The physical foundation of smart energy [physical layer]: energy interconnection.
4.1.2 The means of realizing smart energy [information layer]: information logistics energy system.
4.1.3 Value realization of smart energy [application layer]: comprehensive application of energy intelligence.
4.2 Current status and development opportunities of China's smart energy system infrastructure.
4.2.1 Current situation and development opportunities of China's power supply and power grid construction.
4.2.2 The current situation and development opportunities of microgrid construction in China.
4.2.3 Current situation and opportunities of distributed energy development in China.
4.2.4 The development status and opportunities of China's energy storage industry and electric vehicle industry.
4.2.5 The current situation and development opportunities of China's strong smart grid construction.
4.2.6 The current situation and development opportunities of China's ubiquitous power Internet of Things.
4.2.7 The current situation and development opportunities of China's new infrastructure UHV construction.
4.3 The current situation and development opportunities of China's smart energy products and equipment industry.
1) Operational efficiency.
2) Business architecture.
3) Sales network.
3) Enterprise smart energy business layout.
1) The type and characteristics of the company's smart energy business layout.
2) Application field of enterprise smart energy products Customer type.
3) Sales status of the company's smart energy business.
4) Relevant qualifications and patented technologies of the enterprise.
5) R&D investment of enterprises R&D innovation direction.
6) Investment and financing, mergers and acquisitions of enterprise-related businesses.
7) The latest layout of the company's smart energy industry.
4) Analysis of the advantages and disadvantages of enterprises developing smart energy business.
5.2.2 GCL Integrated Technology Co., Ltd. ***
1) Enterprise development history and basic information.
1) Development history.
2) Basic Information.
3) Shareholding structure.
2) The current situation of enterprise operation.
1) Operational efficiency.
2) Business architecture.
3) Sales network.
3) Enterprise smart energy business layout.
1) The type and characteristics of the company's smart energy business layout.
2) Application field of enterprise smart energy products Customer type.
3) Sales status of the company's smart energy business.
4) Relevant qualifications and patented technologies of the enterprise.
5) R&D investment of enterprises R&D innovation direction.
6) Investment and financing, mergers and acquisitions of enterprise-related businesses.
7) The latest layout of the company's smart energy industry.
4) Analysis of the advantages and disadvantages of enterprises developing smart energy business.
5.2.3 Longji Taihe Smart Energy Holdings***
1) Enterprise development history and basic information.
1) Development history.
2) Basic Information.
3) Shareholding structure.
2) The current situation of enterprise operation.
1) Operational efficiency.
2) Business architecture.
1) Development history.
2) Basic Information.
3) Shareholding structure.
2) The current situation of enterprise operation.
1) Operational efficiency.
2) Business architecture.
3) Sales network.
3) Enterprise smart energy business layout.
1) The type and characteristics of the company's smart energy business layout.
2) Application field of enterprise smart energy products Customer type.
3) Sales status of the company's smart energy business.
4) Relevant qualifications and patented technologies of the enterprise.
5) R&D investment of enterprises R&D innovation direction.
6) Investment and financing, mergers and acquisitions of enterprise-related businesses.
7) The latest layout of the company's smart energy industry.
4) Analysis of the advantages and disadvantages of enterprises developing smart energy business.
5.2.5 Xiamen Kehua Hengsheng shares***
1) Enterprise development history and basic information.
1) Development history.
2) Basic Information.
3) Shareholding structure.
2) The current situation of enterprise operation.
1) Operational efficiency.
2) Business architecture.
3) Sales network.
3) Enterprise smart energy business layout.
1) The type and characteristics of the company's smart energy business layout.
2) Application field of enterprise smart energy products Customer type.
3) Sales status of the company's smart energy business.
4) Relevant qualifications and patented technologies of the enterprise.
1) Operational efficiency.
2) Business architecture.
3) Sales network.
3) Enterprise smart energy business layout.
1) The type and characteristics of the company's smart energy business layout.
2) Application field of enterprise smart energy products Customer type.
3) Sales status of the company's smart energy business.
4) Relevant qualifications and patented technologies of the enterprise.
5) R&D investment of enterprises R&D innovation direction.
6) Investment and financing, mergers and acquisitions of enterprise-related businesses.
7) The latest layout of the company's smart energy industry.
4) Analysis of the advantages and disadvantages of enterprises developing smart energy business.
5.2.7 Guodian Nanjing Automation Co., Ltd. ***
1) Enterprise development history and basic information.
1) Development history.
2) Basic Information.
3) Shareholding structure.
2) The current situation of enterprise operation.
1) Operational efficiency.
2) Business architecture.
3) Sales network.
3) Enterprise smart energy business layout.
1) The type and characteristics of the company's smart energy business layout.
2) Application field of enterprise smart energy products Customer type.
3) Sales status of the company's smart energy business.
4) Relevant qualifications and patented technologies of the enterprise.
5) R&D investment of enterprises R&D innovation direction.
6) Investment and financing, mergers and acquisitions of enterprise-related businesses.
7) The latest layout of the company's smart energy industry.
4) Analysis of the advantages and disadvantages of enterprises developing smart energy business.
5.2.8 BOE Technology Group shares***
1) Enterprise development history and basic information.
1) Development history.
2) Basic Information.
3) Shareholding structure.
2) The current situation of enterprise operation.
1) Operational efficiency.
2) Business architecture.
3) Sales network.
3) Enterprise smart energy business layout.
1) The type and characteristics of the company's smart energy business layout.
2) Application field of enterprise smart energy products Customer type.
3) Sales status of the company's smart energy business.
4) Relevant qualifications and patented technologies of the enterprise.
2) Business architecture.
3) Sales network.
3) Enterprise smart energy business layout.
1) The type and characteristics of the company's smart energy business layout.
2) Application field of enterprise smart energy products Customer type.
3) Sales status of the company's smart energy business.
4) Relevant qualifications and patented technologies of the enterprise.
5) R&D investment of enterprises R&D innovation direction.
6) Investment and financing, mergers and acquisitions of enterprise-related businesses.
7) The latest layout of the company's smart energy industry.
4) Analysis of the advantages and disadvantages of enterprises developing smart energy business.
5.2.10 Shenzhen Kelu Electronic Technology Co., Ltd. ***
1) Enterprise development history and basic information.
1) Development history.
2) Basic Information.
3) Shareholding structure.
2) The current situation of enterprise operation.
1) Operational efficiency.
2) Business architecture.
3) Sales network.
3) Enterprise smart energy business layout.
1) The type and characteristics of the company's smart energy business layout.
2) Application field of enterprise smart energy products Customer type.
3) Sales status of the company's smart energy business.
4) Relevant qualifications and patented technologies of the enterprise.
5) R&D investment of enterprises R&D innovation direction.
6) Investment and financing, mergers and acquisitions of enterprise-related businesses.
7) The latest layout of the company's smart energy industry.
4) Analysis of the advantages and disadvantages of enterprises developing smart energy business.
Chapter 6: China Smart Energy Industry Market Outlook and Investment Strategy Recommendations.
6.1 Assessment of the development potential of China's smart energy industry.
6.1.1. Identification of the life cycle stage of the industry.
6.1.2 Summary of industry development drivers and constraints.
6.1.3. Assessment of the development potential of the industry.
6.2 Prospects for the development of China's smart energy industry**.
6.3 Prediction of the development trend of China's smart energy industry.
6.4 Barriers to entry and exit in China's smart energy market.
6.5 Investment value assessment of China's smart energy industry.
6.6 Analysis of investment opportunities in China's smart energy industry.
6.7 Investment risk warning in China's smart energy industry.
6.8 Investment strategies and suggestions for China's smart energy industry.
6.9 Suggestions for the sustainable development of China's smart energy industry.
Table of Contents of Charts. Figure 1: The basic architecture and components of the Energy Internet.
Regional gas consumption (unit: billion cubic meters, %)
Figure 16: Global oil consumption by country in 2023 (unit: %)
Figure 17: Share of renewable energy generation in selected countries, 2023-2031 (unit: %)
Figure 18: Proportion of expected power generation from wind power and photovoltaic power generation in selected countries in 2023 (unit: %)
Figure 19: Transmission and distribution losses in selected countries (in billions of kWh, % billions).
Exhibit 20: German Energy Overview.
Chart 21: Scale of German coal production and consumption in million tonnes of oil equivalent from 2013 to 2023
Figure 22: Scale of natural gas production and consumption in Germany from 2013 to 2023 (in 100 million cubic meters).
Chart 23: German oil consumption from 2013 to 2023 (in million tonnes).
Figure 24: Structure of energy consumption in Germany (in %)
Exhibit 25: 2023 German power generation capacity structure (unit: %)
Figure 26: Germany's national plans for smart energy.
Figure 27: Distribution of e-energy pilots in Germany.
Figure 28: Top 6 smart energy pilots in Germany.
Exhibit 29: Germany's Basic Principles for Smart Energy.
Exhibit 30: Key sectors of smart energy in Germany.
Figure 31: Encouraging the participation of citizens and community-based organizations.
Figure 32: U.S. oil and gas reserves from 2013 to 2023 (in billions of barrels, trillion cubic meters).
Chart 33: U.S. coal production and consumption scale (million tons of oil equivalent) from 2013 to 2023
Figure 34: U.S. natural gas production and consumption scale (in billions of cubic meters) from 2013 to 2023
Figure 35: U.S. oil production and consumption scale (in million tons) from 2013 to 2023
Exhibit 36: U.S. energy consumption structure (in %)
Exhibit 37: U.S. National Programs on Smart Energy.
Figure 38: Smart Electronics Action Group.
Figure 39: Smart Grid Construction.
Exhibit 40: U.S. Smart Grid R&D Multi-Year Project Planning.
Figure 41: Cumulative number of smart meters installed in the United States (in 10,000 units).
Figure 42: U.S. Electricity Market Model – Retail Competition Model.
Figure 43: Distributed Energy Development in the United States.
Figure 44: Technological progress accelerates the energy revolution.
Exhibit 45: Japan's coal consumption scale in million tonnes of oil equivalent (2023 to date).
Exhibit 46: The scale of Japan's oil consumption in 2023 so far (in million tons).
Figure 47: Japan's natural gas consumption scale in 2023 to date (unit: 100 million cubic meters).
Exhibit 48: Structure of Japan's energy consumption (in %)
Exhibit 56: China's power grid pattern before the power reform in 2023.
Figure 57: Current pattern of China's power grid.
Exhibit 58: Examples of key points in the "Several Opinions on Further Deepening the Reform of the Power System".
Exhibit 59: Smart Energy User Structure.
Figure 60: A brief analysis of the impact of power system reform on smart energy.
Exhibit 61: The development of smart energy.
Figure 62: Structure of the smart energy industry chain.
Figure 63: Ecological map of the smart energy industry chain.
Figure 64: Schematic diagram of the value chain model of a traditional energy grid system.
Figure 65: A brief analysis of the distortions caused by grid monopolies on industrial value chains.
Exhibit 66: Traditional Energy Grid Value Chain Participants.
Exhibit 67: Smart Energy Value Network – Centered on Power Distribution.
Exhibit 68: Smart Energy Value Network – Centered on Trading Markets.
Exhibit 69: Smart Energy Value Network – Microgrid-centric.
Exhibit 70: Smart Energy Value Network – Centered on Facility Management.
Exhibit 71: Analysis of the development pain points of China's smart energy industry.
Exhibit 72: Development history of Far Eastern Smart Energy Co., Ltd.
Chart 73: Basic information table of Far East Smart Energy shares.
Exhibit 74: Equity penetration chart of Far East Smart Energy Co., Ltd.
Chart 75: Far Eastern Smart Energy*** operating conditions.
Exhibit 76: The overall business structure of Far East Smart Energy Co., Ltd.
Chart 77: Far Eastern Smart Energy's sales network layout.
Exhibit 78: Analysis of the advantages and disadvantages of Far Eastern Smart Energy Co., Ltd.*** in developing smart energy business.
Chart 79: Development history of GCL Integrated Technology Co., Ltd.
Chart 80: GCL Integrated Technology Co., Ltd.*** Basic Information Table.
Chart 81: Equity penetration chart of GCL Integrated Technology Co., Ltd.
Chart 82: Operating conditions of GCL Integrated Technology Co., Ltd.
Exhibit 83: Overall business structure of GCL Integrated Technology Co., Ltd.
Chart 84: GCL Integrated Technology Co., Ltd.*** sales network layout.
Exhibit 85: Analysis of the advantages and disadvantages of GCL Integrated Technology Co., Ltd.*** in developing smart energy business.
Exhibit 86: Development history of Longjitai and Smart Energy Holdings***.
Exhibit 87: Basic information table of Longjitai and Smart Energy Holdings***.
Exhibit 88: Equity penetration chart of Longji Taihe Smart Energy Holdings.
Exhibit 89: Operating conditions of Longji Taihe Smart Energy Holdings***.
Exhibit 90: The overall business structure of LONGJITAI and Smart Energy Holdings***.
Exhibit 91: Sales network layout of Longjitai and Smart Energy Holdings.
Exhibit 92: Analysis of the advantages and disadvantages of Longjitai and Smart Energy Holdings*** in developing smart energy business.
Exhibit 93: History of Mingyang Smart Energy Group Co., Ltd.
Chart 104: The overall business structure of Xiamen Kehua Hengsheng Co., Ltd.
Chart 105: Xiamen Kehua Hengsheng Co., Ltd. *** sales network layout.
Chart 106: Analysis of the advantages and disadvantages of Xiamen Kehua Hengsheng Co., Ltd. in developing smart energy business.
Chart 107: Development history of Shenzhen INVT Electric Co., Ltd.
Chart 108: Shenzhen INVT Electric Co., Ltd. *** basic information table.
Chart 109: Shenzhen INVT Electric Co., Ltd. *** equity penetration chart.
Chart 110: Shenzhen INVT Electric Co., Ltd. *** operating conditions.
Chart 111: The overall business structure of Shenzhen INVT Electric Co., Ltd.
Chart 112: Shenzhen INVT Electric Co., Ltd. *** sales network layout.
Chart 113: Analysis of the advantages and disadvantages of Shenzhen INVT Electric Co., Ltd. in developing smart energy business.
Chart 114: Development history of Guodian Nanjing Automation Co., Ltd.
Exhibit 115: Guodian Nanjing Automation Co., Ltd. *** basic information table.
Chart 116: Equity penetration chart of Guodian Nanjing Automation Co., Ltd.
Exhibit 117: Guodian Nanjing Automation Co., Ltd.*** operating conditions.
Exhibit 118: The overall business structure of Guodian Nanjing Automation Co., Ltd.