China Power RFID Market Key Enterprise Research and Investment Planning Analysis Report 2023-2030
[Publisher]: Zhongying Xinhe Research Network
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Chapter 1: Definition and Development Environment Analysis of Power RFID Industry
1.1 Concept definition and statistical description of power RFID industry
1.1.1 RFID technology and system
(1) RFID technology
(2) RFID system
1.1.2 Definition and classification of the power industry
(1) Definition of electricity
(2) Classification of power industry
1.1.3 Definition of power RFID industry
1.1.4 The classification of the national economic industry to which the industry belongs
1.1.5 Definition of the scope of the industry study in this report
1.1.6 Description of data sources and statistical standards in this report
1.2 Policy environment of China's electric power RFID industry
1.2.1 Introduction to the industry regulatory system and institutions
1.2.2 Status quo of industry standard system construction
(1) Standard system construction
(2) Summary of current 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 key industry policy planning
1.2.5 Analysis of the impact of the policy environment on the development of the industry
1.3 The economic environment of China's electric power RFID industry
1.3.1 Current status of macroeconomic development
(1) China's GDP growth
(2) Changes in China's industrial added value
1.3.2 Macroeconomic outlook
1.3.3 Analysis of the correlation between industry development and macroeconomy
1.4 Social environment of China's electric power RFID industry
1.4.1 Environmental and structural analysis of Chinese population
(1) The size of the population
(2) Demographic changes
1.4.2 China's urbanization level is constantly improving
1.4.3 Analysis of China's energy environment
(1) Analysis of China's energy supply
(2) Analysis of China's energy demand
1.4.4 Safety accidents in China's power industry
1.4.5 Analysis of the impact of social environment on the development of the industry
1.5 Technical environment of China's electric power RFID industry
1.5.1 Analysis of key technologies of power RFID
1.5.2 Convergence and application of emerging technologies in power RFID
1.5.3 Patent application and disclosure in the power RFID industry
(1) Analysis of the number of patent applications
(2) Analysis of the number of patent publications
(3) Analysis of patent applicants
(4) Analysis of popular patented technologies
1.5.4 Power RFID technology innovation trend
1.5.5 Analysis of the impact of the technological environment on the development of the industry
Chapter 2: Global Power RFID Industry Development Analysis
2.1 The development status of the global power industry and RFID application market
2.1.1 Development status of the global power industry
(1) Supply and demand in the global power industry
(2) Estimation of the market size of the global power industry
2.1.2 The development status of the global RFID industry
2.1.3 Analysis of global RFID technology development
(1) The construction of the global RFID technical standard system
(2) Global RFID technology development trends
2.2 Development status of RFID applications in the global power industry
2.2.1 Analysis of the development status of the global power information system construction industry
(1) The development process of the global power information system construction industry
(2) Industry layout strategy for the construction of global power information system
(3) The current status of technology development in the construction of global power information system
2.2.2 Global smart grid construction status
(1) A brief overview of the development of smart grids in various countries
(2) International smart grid development prospects
2.2.3 Development status of RFID applications in the global power industry
2.3 Regional Market Study of Global Power RFID Industry
2.3.1 Regional development pattern of the global power RFID industry
2.3.2 Analysis of the application development of the global power RFID industry in key regions
(1) U.S. power RFID industry
(2) European power RFID industry
(3) Japanese electric power RFID industry
2.4 Global power RFID industry market competition pattern and representative enterprise analysis
2.4.1 The competitive landscape of the global power RFID industry market
2.4.2 Analysis of representative companies in the global power RFID industry
(1)INFOCHIP
（2）GAO
（3）STRATEGIC
（4）OMRON
2.5 Global power RFID industry development trend and market prospect assessment
2.5.1 Development trend of global power RFID industry
2.5.2 Global power RFID industry market prospect assessment
Chapter 3: Analysis of the development status and market pain points of China's power RFID industry
3.1 Development history of RFID application in China Power
3.2 Development status of China's power industry
3.2.1 Analysis of market supply and demand in the power industry
(1) Supply in the power industry
(2) Demand in the power industry
3.2.2 Market size of the power industry
3.2.3 Analysis of market pain points in the power industry
3.3 Analysis of the development status of China's electric power RFID industry
3.3.1 Application of RFID technology in the power industry
3.3.2 RFID application scenarios in the power industry
3.3.3 Estimation of the market size of China's power RFID industry
3.4 Pain points in the development of China's power RFID industry
Chapter 4: Analysis of the RFID Market Competition in China's Power Industry
4.1 Analysis of the competitive landscape of China's electric power RFID market
4.1.1 Analysis of regional market competition pattern in the power RFID industry
4.1.2 Analysis of the market competition pattern of RFID enterprises in the power industry
4.2 Analysis of Porter's Five Forces Model in China's Electric Power RFID Industry
4.2.1 Analysis of existing competitors in the industry
4.2.2 Threats from potential entrants in the industry
4.2.3 Industry Substitute Threat Analysis
4.2.4 Analysis of the bargaining power of industry suppliers
4.2.5 Analysis of the bargaining power of industry buyers
4.2.6 Summary of industry competition
4.3 Analysis of investment and financing, mergers and acquisitions in China's power RFID industry
4.3.1 Development of investment and financing in the industry
(1) Source of funds for the industry
(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) Forecast of investment and financing trends
4.3.2 Industry mergers and acquisitions
(1) Summary of merger and reorganization events
(2) Analysis of the motivation of mergers and acquisitions
(3) Prediction of mergers and acquisitions
Chapter 5: Analysis of China's power RFID industry chain and solutions
5.1 Power RFID industry chain combing and cost structure analysis
5.1.1 Panoramic preview of the RFID industry chain
5.1.2 Sorting out the power and power RFID industry chain
(1) The composition of the power system
(2) The structure and ecosystem of the power industry chain
(3) Power RFID industry chain combing
5.1.3 Analysis of the structure and cost structure of the power RFID industry
(1) Analysis of the cost composition of RFID chips
(2) Cost analysis of the industrial chain of the RFID industry
(3) Cost structure of power RFID industry
5.2 The development status of China's RFID industry and the expansion of downstream applications
5.2.1 Research on the market size of China's RFID industry
5.2.2 The current situation of the market structure of RFID products
5.2.3 RFID tag and packaging market analysis
(1) Market size analysis of RFID tags and packaging
(2) Market price analysis of RFID tags and packaging
(3) Competitive analysis of RFID tag and packaging enterprises
(4) Market analysis by product according to packaging form
(5) Market analysis by product by frequency
(6) RFID tag and packaging market prospect forecast
5.2.4 RFID Reader Market Analysis
(1) Market size analysis of RFID readers
(2) RFID reader market price analysis
(3) Competitive analysis of RFID reader enterprises
(4) The development trend of RFID reader market
5.2.5 RFID Middleware Market Analysis
(1) Analysis of the market size of RFID middleware
(2) The competitive advantage of RFID middleware enterprises
(3) Analysis of RFID middleware market application
(4) RFID middleware market development trend
5.2.6 RFID System Integration Market Analysis
(1) RFID system integration market size analysis
(2) Competitive analysis of RFID system integration enterprises
(3) RFID system integration market prospect forecast
5.2.7 Development of RFID downstream application market in China
5.3 The status quo of China's smart grid construction and development
5.3.1 Overview of smart grid development
(1) The overall situation of smart grid development
(2) Overview of the construction of smart grids in two networks
5.3.2 Smart grid technology level
(1) Key technologies of smart grid
(2) Technology development planning
(3) China's smart grid technology level
5.3.3 Scale of investment in smart grids
(1) The scale of investment in the power grid
(2) The scale of smart grid investment
5.3.4 Smart grid investment structure
(1) The capital structure of each link
(2) Investment structure by region
5.4 Analysis of the main application solutions of RFID in China's power industry
5.4.1 RFID for power asset management
(1) Overview of RFID solutions for power asset management
(2) RFID solution case for power asset management
5.4.2 Power tools manage RFID
(1) Overview of RFID solutions for power tool management
(2) Power tool management RFID solution case
5.4.3 RFID for power file management
(1) Overview of RFID solutions for power file management
(2) RFID solution case of power file management
5.4.4 RFID for power inspection management
(1) Overview of RFID solutions for power inspection management
(2) RFID solution case of power inspection management
Chapter 6: Case Study of the Development Layout of Representative Enterprises in China's Electric Power RFID Industry
6.1 Comparison of the development layout of representative enterprises in China's power RFID industry
6.2 Cases of development layout of representative enterprises in China's electric power RFID industry
6.2.1 Shenzhen Emdoor Information Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
6.2.2 Jiangsu Yunyong Electronic Technology Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
6.2.3 Fuzhou Dahua Intelligent Technology Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
6.2.4 Wanquan Intelligent Technology Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
6.2.5 Shenzhen Scoe Information Technology Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
6.2.6 Hangzhou Shengjia Intelligent Technology Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
6.2.7 Guangdong Jiecheng Intelligent Technology Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
6.2.8 Shenzhen becomes Information Technology Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
6.2.9 Shenzhen Xunyuan Technology Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
6.2.10 Guangzhou Jianyong Information Technology Co., Ltd
(1) Basic information of the enterprise
(2) The current situation of enterprise operation
(3) Analysis of enterprise product structure
(4) Enterprise power RFID business analysis
(5) Enterprise qualification ability/patent situation/R&D investment/R&D innovation
(6) The latest layout of enterprise power RFID business
(7) Analysis of the advantages and disadvantages of enterprise development of power RFID business
Chapter 7: China Power RFID Industry Market Outlook and Investment Strategy Recommendations
7.1 Assessment of the development potential of China's electric power RFID industry
7.1.1 Summary of the development status of the industry
7.1.2 Summary of influencing factors of industry development
(1) Industry development drivers
(2) Industry development constraints
7.1.3 Assessment of industry development potential
7.2 Forecast of the development prospect of China's electric power RFID industry
7.3 Prediction of the development trend of China's electric power RFID industry
7.4 Analysis of investment characteristics of China's power RFID industry
7.4.1 Analysis of entry barriers to China's power RFID industry
7.4.2 Investment risk analysis of China's power RFID industry
7.5 Investment value assessment of China's power RFID industry
7.6 Analysis of investment opportunities in China's power RFID industry
7.7 Investment strategies and suggestions for China's power RFID industry
7.8 Suggestions for the sustainable development of China's power RFID industry
Table of Contents of Charts
Figure 1: Classification of RFID technologies
Figure 2: Schematic diagram of the basic structure of the RFID system
Figure 3: Schematic diagram of the working principle of the RFID system
Figure 4: Primary energy classification
Figure 5: Conversion of electrical energy
Figure 6: Structure of the power industry
Exhibit 7: Power Industry Classification
Exhibit 8: National economic classification to which the power RFID industry belongs
Exhibit 9: Scoping of industry studies in this report
Figure 10: Methodology and data sources for the report
Exhibit 11: Market Supervision Department of the Power RFID Industry
Figure 12: Summary of national standards for the power RFID industry as of 2023
Exhibit 13: Summary of RFID industry standards for electricity as of 2023
Exhibit 14: Summary of local standards for the power RFID industry as of 2023
Figure 15: Summary and interpretation of the main policies for the development of the power RFID industry as of 2023
Figure 16: Summary and interpretation of the main plans for the development of the power RFID industry as of 2023
Figure 17: China's GDP growth trend from 2019 to 2023 (unit: trillion yuan, %)
Figure 18: Trend chart of China's industrial added value and growth rate from 2019 to 2023 (unit: trillion yuan, %)
Exhibit 19: China's GDP forecast by agency in 2023 (unit: %)
Exhibit 20: Correlation analysis between China's GDP and power RFID industry from 2019 to 2023 (unit: %)
Figure 21: Trend chart of Chinese population from 2018 to 2023 (unit: 10,000 people, %)
Figure 22: Proportion of urban and rural population in mainland China from 2018 to 2023 (unit: %)
Figure 23: Analysis of the number and proportion of China's population aged 65 and above from 2019 to 2023 (unit: 10,000 people, %)
Figure 24: Total primary energy production and year-on-year growth rate in mainland China from 2019 to 2023 (unit: 100 million tons of standard coal, %)
Figure 25: China's energy production structure, 2019-2023 (unit: %)
Figure 26: Total energy consumption and year-on-year growth rate in mainland China from 2019 to 2023 (unit: 100 million tons of standard coal, %)
Chart 27: Changes in the structure of energy consumption in mainland China from 2019 to 2023 (unit: %)
Figure 28: Safety accidents in China's power industry from 2019 to 2023
Exhibit 29: Convergence of emerging technologies in RFID for power
Exhibit 30: Changes in the number of patent applications related to China's power RFID industry from 2019 to 2023 (unit: pieces)
Figure 31: Changes in the number of patents published in China's power RFID industry from 2019 to 2023 (unit: pieces)
Exhibit 32: Top 20 patent applicants related to China's power RFID industry as of 2023 (unit: pieces)
Figure 33: As of 2023, China's power RFID industry technology patent distribution field TOP5 (unit: pieces)
Exhibit 34: Trends in RFID technology innovation for power
Exhibit 35: Changes in global electricity generation from 2018 to 2023 (in TWh, %)
Figure 36: Global electricity generation by fuel (in TWh)
Exhibit 37: Global electricity generation by fuel (in %)
Exhibit 38: Changes in global electricity consumption from 2023 to 2030 (in trillion kWh)
Exhibit 39: Global power industry market size from 2018 to 2023 (unit: trillion yuan)
Exhibit 40: Changes in the market size of the global RFID industry from 2019 to 2023 (in USD billion)
Exhibit 41: Typical application areas of RFID worldwide
Figure 42: The world's top three RFID standard systems
Exhibit 43: Global RFID technology developments
Figure 44: The development process of global power informatization construction
Figure 45: Direction and project of power informatization construction in various countries
Figure 46: Comprehensive perception of specific technical analysis in the construction of power informatization
Figure 47: Analysis of smart grid development by country
Exhibit 48: Global Smart Grid Market Size and Forecast 2023-2030 (in USD 100 million)
Exhibit 49: The current status of RFID applications in the global power industry
Exhibit 50: Regional development pattern of the global power RFID industry
Exhibit 51: Changes in U.S. electricity generation from 2018 to 2023 (in TWh, %)
Exhibit 52: U.S. electricity generation by fuel (in TWh)
Exhibit 53: U.S. Power Generation Structure by Fuel (TWh, %)
Exhibit 54: Trends in the U.S. power sector
Figure 55: U.S. Smart Grid Development Plan
Figure 56: Smart Grid Task Force
Exhibit 57: U.S. smart grid development steps
Exhibit 58: U.S. electricity market model – retail competition model
Exhibit 59: Research areas for smart grids in Europe
Exhibit 60: European Smart Grid Development Plan
Exhibit 61: Proportion of EU smart grid investment funds (in %)
Exhibit 62: Priority areas for smart grid R&D investment in Europe
Figure 63: Key features of the EU's "smart grid".
Exhibit 64: Focused analysis of smart grid development in Europe
Exhibit 65: Changes in Japan's power generation from 2018 to 2023 (in TWh, %)
Exhibit 66: Electricity Generation by Fuel in Japan (in TWh)
Exhibit 67: Japan's Power Generation Structure by Fuel (Unit: TWh, %)
Exhibit 68: Trends in Japan's power sector
Figure 69: Japan's solar power generation plan 2023-2030 (in 10,000 kilowatts)
Exhibit 70: Focused analysis of Japan's smart grid development
Figure 71: Global Power RFID Industry Segment Company Landscape
EXHIBIT 72: INFOCHIP'S RFID SOLUTIONS AND PRODUCT PRESENTATIONS
EXHIBIT 73: INFOCHIP'S POWER RFID SOLUTIONS ARE INTRODUCED
Exhibit 74: GAO RFID solutions and product introduction
Exhibit 75: GAO Power RFID Solution Introduction
EXHIBIT 76: STRATAGIC RFID SOLUTIONS AND PRODUCT PRESENTATIONS
EXHIBIT 77: INTRODUCTION TO STRATAGIC'S POWER RFID SOLUTIONS
Exhibit 78: OMRON RFID solutions and product introduction
Exhibit 79: OMRON Power RFID Solution Presentation
Exhibit 80: Analysis of the development trend of the global power RFID industry
Exhibit 81: Assessment of the development prospects of the global power RFID industry
Exhibit 82: Analysis of the development stage of RFID application in China Power
Exhibit 83: Changes in China's installed power generation capacity from 2018 to 2023 (unit: 100 million kilowatts, %)
Exhibit 84: Changes in China's newly installed power generation capacity from 2018 to 2023 (unit: 100 million kW, %)
Exhibit 85: Changes in China's power generation from 2018 to 2023 (unit: trillion kWh, %)
Figure 86: Changes in China's total electricity consumption from 2019 to 2023 (unit: trillion kWh, %)
Figure 87: Changes in the structure of electricity consumption in China's society from 2019 to 2023 (unit: %)
Exhibit 88: Estimation of the market size of China's power industry from 2019 to 2023 (unit: trillion yuan, trillion kWh, yuan/kWh, %)
Exhibit 89: Estimation of the market size of China's power industry from 2019 to 2023 (unit: trillion yuan)
Exhibit 90: Analysis of the pain points of China's power industry market development
Exhibit 91: RFID application scenarios in the power industry
Figure 92: 2019-2023 China Power RFID Industry Market Space Measurement (Unit: 100 million yuan)
Exhibit 93: Competitive analysis of incumbents in China's power RFID industry
Exhibit 94: Threat analysis of potential entrants in China's power RFID industry
Exhibit 95: Analysis of the bargaining power of upstream suppliers in China's power RFID industry
Exhibit 96: Analysis of the bargaining power of China's power RFID industry on downstream customers
Exhibit 97: Comprehensive analysis of the five forces competition in China's power RFID industry
Exhibit 98: Financing Methods for China's Power RFID Industry
Exhibit 99: Investment Methods in China's Power RFID Industry
Exhibit 100: Summary of major financing events in China's power RFID industry as of 2023
Exhibit 101: Summary of major investment events in China's power RFID industry as of 2023
Exhibit 102: Summary of mergers and acquisitions in China's power RFID industry in 2023
Exhibit 103: Analysis of the drivers of mergers and acquisitions in the power RFID industry
Figure 104: Composition of RFID industry chain
Figure 105: Composition of the power system
Figure 106: Structure of the power industry chain
Figure 107: Map of the industrial chain of the power RFID industry
Exhibit 108: Cost Composition of RFID Chips (in %)
Exhibit 109: RFID Industry Cost Analysis
Exhibit 110: Cost Structure of Power RFID Industry (in %)
Exhibit 111: 2019-2023 China's RFID market size growth and estimation (unit: 100 million yuan, %)
Exhibit 112: Market structure of RFID products in China in 2023 (unit: %)
Exhibit 113: Market size of RFID tags and packaging in China from 2019 to 2023 (unit: 100 million yuan, %)
Exhibit 114: Competition among RFID tag and packaging companies in China
Exhibit 115: RFID card products
Exhibit 116: IC Card Industry Market Pull Analysis by Segment
Exhibit 117: RFID card products
Exhibit 118: Comparison of RFID standards and characteristics in major frequency bands
Exhibit 119: China RFID tag and packaging market size forecast from 2023 to 2030 (unit: 100 million yuan)
Exhibit 120: Market size of China's RFID reading equipment from 2019 to 2023 (unit: 100 million yuan, %)
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