China's Semiconductor Battery Industry : Analysis Report
China's Semiconductor Battery Industry : Analysis Report
China's Semiconductor Battery Industry : Analysis Report
China's Semiconductor Battery Industry : Analysis Report

China's Semiconductor Battery Industry : Analysis Report

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This report covers advancements in solid-state batteries, which offer enhanced safety, increased energy density, and longer lifespans compared to traditional lithium-ion batteries. The report highlights significant progress in the industry's research and industrialization, with companies like Weilan New Energy and Ganfeng Lithium achieving semi-solid battery mass production. Solid-state battery technology is expected to experience rapid growth due to rising demand in electric vehicles and consumer electronics, alongside global expansion efforts. Future trends include continued technological innovation, collaboration across the industrial chain, and expanding market demand for solid-state batteries across various sectors.

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Study Overview

In order to provide industry professionals and investors with a comprehensive understanding of the current status and future outlook of the solid-state battery industry, Chinacuity and its partner in China have released the "2025-2031 China Solid-State Battery Industry Development and Market Demand Potential Report" (hereinafter referred to as the "Report"). This report thoroughly examines and analyzes China's solid-state battery market, presenting the findings based on years of continuous tracking, on-site visits, research, and analysis by the Chinacuity research team.

To ensure the accuracy and reference value of the data, the research team conducted data collection from various sources, including annual reports of listed companies, factory surveys, dealer meetings, and expert verifications. These data were then analyzed from multiple dimensions to provide a deep insight into various fields of the industry, allowing practitioners to gain a comprehensive understanding of the industry's 2023 development trends, innovative hotspots, and transformation strategies.

1. Industry Overview

Solid-State Batteries Are Lithium-Ion Batteries Using Solid Electrolytes

Solid-state batteries are defined as lithium-ion batteries using solid electrolytes. Since it is widely believed by the scientific community that lithium-ion batteries have reached their performance limits, solid-state batteries are seen as the successor to traditional lithium-ion batteries. Compared to conventional lithium-ion batteries, the most prominent advantage of all-solid-state batteries is their enhanced safety. Solid-state lithium battery technology replaces liquid electrolytes with lithium and sodium-based glass compounds as the conductive medium, significantly increasing energy density. Solid-state batteries offer the benefits of suppressing dendrite growth, eliminating interfacial side reactions, preventing electrolyte leakage, providing excellent high-temperature performance, and avoiding gas swelling.

Key Properties and Advantages of Solid-State Batteries
Bellow Properties VS Advantages

Suppression of dendrites = Enables the use of metal negative electrodes, leading to higher energy density and safety.

No side reactions = Good cycle stability, slower performance decay, and stable internal resistance

No electrolyte leakage = Longer lifespan and improved safety in various environments.

High-temperature performance à Broad application range, suitable for consumer electronics, new energy vehicles, etc

No gas swelling = Stable performance compared to traditional lithium batteries.

2. Industry Development Status

Progress Since 2022: Solid-State Battery Research and Industrialization

Since 2022, there has been significant progress in the research and industrialization of solid-state batteries, particularly with companies such as Weilan New Energy (卫蓝新能源), Ganfeng Lithium (赣锋锂电), and others representing China's production of semi-solid-state batteries. In 2023, this marked the economic realization of semi-solid-state battery industrialization. In 2022, China's solid-state (semi-solid-state) battery shipment volume reached approximately 0.05 GWh. With the continued growth of the new energy vehicle market, the demand for power batteries is expected to rise. As a cutting-edge battery technology, solid-state batteries are poised to see their market demand expand significantly.

Forecast for Solid-State Battery Shipments (2022-2030)
Bellow Solid-State (Semi-Solid) Battery Shipment (GWh) by year

2022 = ~0.05 GWh

2023 = Expected slight increase

2024-2030 = Expected continued expansion, reaching 350-400 GWh by 2030

3. Competitive Landscape

Current Domestic Production of Semi-Solid Batteries Driving Industrialization

At present, companies such as Weilan New Energy, Qingtao Energy (清陶能源), Taiblue New Energy (太蓝新能源), ProLogium (辉能科技), Ganfeng Lithium, Gotion High-Tech (国轩高科), and EVE Energy (亿纬锂能) have achieved mass production of semi-solid-state batteries. These companies have selected the relatively easier-to-commercialize semi-solid-state battery as a transitional product to promote the industrialization of solid-state batteries.

Weilan New Energy (卫蓝新能源): In February 2023, Weilan New Energy began operation of a 100 GWh solid-state battery factory in Xiangyang, with an investment of CNY 4 billion (~USD 548 million). The first phase investment reached CNY 1.02 billion (~USD 140 million), aiming for 20 GWh annual capacity of solid and semi-solid batteries.

Qingtao Energy (清陶能源): With a CNY 7 billion (~USD 960 million) investment in the Wuhai production base, the company plans to build a factory for mass production of solid-state battery materials and low-cost 10 GWh solid-state battery packs.

4. Industry Development Trends

Emerging Trends in Solid-State Battery Industry

Looking at the development trends of China's solid-state battery industry, there are several key areas of focus:

Technology Innovation Continues to Drive Growth:
Solid-state battery technology, as the frontier of the battery industry, will continue to attract research investment, leading to technological breakthroughs. With the continuous improvement of solid-state electrolyte materials, advancements in manufacturing, and upgrades in production techniques, the performance of solid-state batteries will further improve, and costs will gradually decline.

Industrial Chain Collaboration:
China's solid-state battery industry is gradually forming a complete industrial chain, including raw material supply, battery manufacturing, system integration, and recycling. Closer cooperation between upstream and downstream sectors will foster a healthier development of the solid-state battery industry.

Growing Market Demand:
As demand for electric vehicles continues to rise, solid-state batteries are expected to witness increasing demand across various sectors, including consumer electronics, military applications, and energy storage systems.

Accelerated Global Expansion:
Chinese solid-state battery enterprises are actively participating in international competition through technical cooperation, market expansion, and standardization. With the global shift towards a low-carbon economy, solid-state batteries will increasingly play a critical role in the international market.

5. Conclusion

The "2025-2031 China Solid-State Battery Industry Development and Market Demand Potential Report" is a key achievement by Chinacuity and its partner in China. It represents a comprehensive analysis of the industry's evolution, aiming to provide valuable insights to professionals, policymakers, and investors in the field of solid-state batteries.

Table of contents

Chapter 1: Overview of the Solid-State Battery Industry and Explanation of Data Sources

1.1 Definition of the Solid-State Battery Industry

1.1.1 Definition of Solid-State Batteries
1.1.2 Differentiation of Similar Concepts in the Industry
1.1.3 Classification in the “National Economic Industry Classification and Codes”
(1) Classification of Solid-State Batteries
1.1.4 Classification Based on Liquid Electrolyte Content
1.1.5 Classification Based on Electrolyte Material System
1.1.6 Classification Based on Positive and Negative Electrode Materials
1.1.7 Summary of Solid-State Battery Classifications

1.2 Explanation of Specialized Terminology in the Solid-State Battery Industry

1.3 Definition of the Scope of This Report

1.4 Explanation of Data Sources and Statistical Standards in This Report

1.4.1 Authoritative Data Sources in This Report
1.4.2 Research Methods and Statistical Standards in This Report

Chapter 2: Analysis of the Macroeconomic Environment of China’s Solid-State Battery Industry (PEST)

2.1 Policy (POLICY) Environment Analysis of China’s Solid-State Battery Industry

2.1.1 Introduction to the Regulatory System and Institutions in China’s Solid-State Battery Industry
(1) Main Regulatory Departments of the Solid-State Battery Industry in China
(2) Self-regulatory Organizations in China’s Solid-State Battery Industry


2.1.2 Current Status of the Standard System for the Solid-State Battery Industry in China
(1) Development of Standards in China’s Solid-State Battery Industry
(2) Analysis of Current Standards in China’s Solid-State Battery Industry
(3) Upcoming Standards in China’s Solid-State Battery Industry


2.1.3 Overview of National Policies Related to the Solid-State Battery Industry in China


2.1.4 Summary of National-Level Development Policies Related to the Solid-State Battery Industry
(1) Overview of National-Level Development Policies in China’s Solid-State Battery Industry
(2) Summary of National-Level Development Plans for the Solid-State Battery Industry in China


2.1.5 Analysis of Key National Policies in the Solid-State Battery Industry
(1) "Guiding Opinions on Promoting the Development of Energy Storage Technologies and Industries"
(2) "Pilot Work Plan for Building a 'Zero-Waste City'"


2.1.6 Analysis of Key National Development Plans in the Solid-State Battery Industry
(1) Notice of the General Office of the State Council on the Issuance of the Development Plan for the New Energy Vehicle Industry (2021-2035)
(2) Notice of the State Council on the Issuance of the Development Plan for Metrology (2021-2035)


2.1.7 Analysis of Policy Strength in the Solid-State Battery Industry


2.1.8 Summary of the Impact of the Policy Environment on the Development of the Solid-State Battery Industry in China

2.2 Economic (ECONOMY) Environment Analysis of China’s Solid-State Battery Industry

2.2.1 Current Status of China’s Macroeconomic Development
(1) China’s GDP and Growth Trends
(2) Structure of the Three Major Industries in China
(3) China’s Consumer Price Index (CPI)
(4) China’s Producer Price Index (PPI)
(5) Growth of China’s Industrial Economy
(6) Fixed Asset Investment in China


2.2.2 Outlook on China’s Macroeconomic Development
(1) Forecast of China’s GDP Growth by International Institutions
(2) Forecast of China’s Macroeconomic Indicators by Domestic Institutions


2.2.3 Analysis of the Correlation Between the Solid-State Battery Industry and Macroeconomic Development

2.3 Social (SOCIETY) Environment Analysis of China’s Solid-State Battery Industry

2.3.1 Social Environment Analysis of China’s Solid-State Battery Industry
(1) Population Size and Growth in China
(2) Changes in China’s Urbanization Level
(3) Growing Environmental Awareness Among Chinese Residents
(4) R&D Investment Intensity in China


2.3.2 Summary of the Impact of the Social Environment on the Solid-State Battery Industry

2.4 Technology (TECHNOLOGY) Environment Analysis of China’s Solid-State Battery Industry

2.4.1 Technical/Process Flowchart of China’s Solid-State Battery Industry


2.4.2 Technical Development Route of China’s Solid-State Battery Industry


2.4.3 Analysis of Key Technologies in China’s Solid-State Battery Industry


2.4.4 R&D Investment in China’s Solid-State Battery Industry


2.4.5 Scientific and Technological Innovations in China’s Solid-State Battery Industry
(1) Analysis of Patent Applications and Authorizations in China’s Solid-State Battery Industry
(2) Types of Patents in China’s Solid-State Battery Industry
(3) Top Patent Applicants in China’s Solid-State Battery Industry
(4) Popular Technologies in China’s Solid-State Battery Industry
(5) Value Characteristics of Patents in China’s Solid-State Battery Industry


2.4.6 Technology Development Plans/Direction in China’s Solid-State Battery Industry


2.4.7 Summary of the Impact of the Technological Environment on the Development of the Solid-State Battery Industry in China

Chapter 3: Global Solid-State Battery Industrialization Status and Market Forecast

3.1 Introduction to the Development History of the Global Solid-State Battery Industry

3.2 Current Status of Industrialization in the Global Solid-State Battery Industry

3.2.1 Current Status of Global Semi-Solid Battery Industrialization
3.2.2 Current Status of Global Polymer Solid-State Battery Industrialization
3.2.3 Current Status of Global Oxide Film Solid-State Battery Industrialization
3.2.4 Current Status of Global Sulfide Solid-State Battery Industrialization

3.3 Current Status and Progress of the Layout of Major Technical Routes in the Global Solid-State Battery Industry

3.4 Current Status and Progress of the Layout of the Solid-State Battery Industry in Major Global Regions

3.4.1 Current Status and Progress of the Solid-State Battery Industry in Japan and South Korea
3.4.2 Current Status and Progress of the Solid-State Battery Industry in Europe and the United States

3.5 Key Players and Major Progress in the Global Solid-State Battery Industry

3.5.1 Key Players and Types of Layout in the Global Solid-State Battery Industry
3.5.2 Progress in Solid-State Battery Layout by Major Global Enterprises
3.5.3 Progress and Plans of Key Enterprises in the Global Solid-State Battery Industry
(1) Toyota (Japan)
(2) Solid Energy (United States)
(3) Bolloré (France)

3.6 Analysis of Scientific and Technological Innovations in the Global Solid-State Battery Industry

3.6.1 Scientific and Technological Progress in the Global Solid-State Battery Industry
3.6.2 Analysis of Patent Results in the Global Solid-State Battery Industry
(1) Disclosure of Patent Applications in the Global Solid-State Battery Industry
(2) Top Patent Applicants in the Global Solid-State Battery Industry
(3) Popular Technologies in the Global Solid-State Battery Industry
(4) Regional Distribution of Patented Technologies in the Global Solid-State Battery Industry

3.7 Forecast of Global Development Trends and Market Prospects in the Solid-State Battery Industry

3.7.1 Prediction of the Global Solid-State Battery Commercialization Timeline
3.7.2 Forecast of the Global Solid-State Battery Market Prospects
3.7.3 Prediction of Development Trends in the Global Solid-State Battery Industry

Chapter 4: Analysis of the Development Status of China’s Solid-State Battery Industry

4.1 Development History of China’s Solid-State Battery Industry

4.2 Analysis of Market Characteristics in China’s Solid-State Battery Industry

4.3 Current Status and Conditions of Industrialization in China’s Solid-State Battery Industry

4.3.1 Current Status of Industrialization in China’s Solid-State Battery Industry
4.3.2 Conditions for Industrialization in China’s Solid-State Battery Industry

4.4 Current Status of Industrialization Projects in China’s Solid-State Battery Industry

4.5 Types of Market Participants and Entry Modes in China’s Solid-State Battery Industry

4.6 Progress and Plans for Solid-State Battery Layout by Market Participants in China

4.7 Commercialization Schedule for China’s Solid-State Battery Industry

4.8 Analysis of Pain Points in the Industrialization of China’s Solid-State Battery Industry

Chapter 5: Analysis of Investment, Mergers, Acquisitions, and Competition in China’s Solid-State Battery Industry

5.1 Analysis of Investment in China’s Solid-State Battery Industry

5.2 Analysis of Mergers and Acquisitions in China’s Solid-State Battery Industry

5.2.1 Status of Mergers and Acquisitions in China’s Solid-State Battery Industry


5.2.2 Analysis of Mergers and Acquisitions in China’s Solid-State Battery Industry


5.2.3 Case Studies of Mergers and Acquisitions in China’s Solid-State Battery Industry
(1) ADDEN ENERGY, a Harvard-affiliated Solid-State Battery Company, Completes Seed Round Financing
(2) Welion New Energy Completes Nearly RMB 1.5 Billion Series D Financing
(3) Capital Rushes to Invest in Solid-State Batteries


5.2.4 Analysis of Drivers Behind Mergers and Acquisitions in China’s Solid-State Battery Industry

5.3 Analysis of Market Competition in China’s Solid-State Battery Industry

5.3.1 Overall Competitive Landscape of China’s Solid-State Battery Industry


5.3.2 Comparison of Major Enterprises’ Layout in China’s Solid-State Battery Industry
(1) Regional Layout of Major Enterprises in China’s Solid-State Battery Industry
(2) Industrial Layout of Major Enterprises in China’s Solid-State Battery Industry

Chapter 6: Analysis of the Solid-State Battery Industry Chain in China and Upstream and Downstream Market Overview

6.1 Analysis of Structural Attributes (Industry Chain) of China’s Solid-State Battery Industry

6.1.1 Overview of the Industry Chain Structure of China’s Solid-State Battery Industry
6.1.2 Ecosystem Diagram of the Solid-State Battery Industry Chain in China

6.2 Analysis of Value Attributes (Value Chain) of China’s Solid-State Battery Industry

6.3 Analysis of the Upstream Market of China’s Solid-State Battery Industry

6.3.1 Analysis of the Cathode Material Market in China’s Solid-State Battery Industry
(1) Product Analysis of Cathode Materials
(2) Current Development Status of the Cathode Materials Industry
(3) Analysis of Development Trends in Cathode Materials


6.3.2 Analysis of the Anode Material Market in China’s Solid-State Battery Industry
(1) Classification of Solid-State Battery Anode Materials
(2) Market Analysis of Anode Materials in China
(3) Analysis of Development Trends in Anode Materials


6.3.3 Analysis of the Electrolyte Market in China’s Solid-State Battery Industry
(1) Analysis of Solid-State Battery Electrolyte Materials
(2) Market Analysis of Solid Electrolytes in China
(3) Analysis of Development Trends in Solid Electrolytes


6.3.4 Analysis of the Impact of Solid-State Battery Development on Traditional Battery Materials

6.4 Analysis of the Midstream Market of China’s Solid-State Battery Industry

6.4.1 Analysis of Mainstream Technical Routes in the Solid-State Battery Industry
6.4.2 Overview of the Layout of Mainstream Technical Routes in China’s Solid-State Battery Industry

6.5 Analysis of the Demand Potential in China’s Solid-State Battery Industry

6.5.1 Analysis of Demand Potential for Solid-State Batteries in the Consumer Battery Sector
(1) Development of Traditional Consumer Electronics
(2) Development of Emerging Consumer Electronics
(3) Market Demand Analysis for Solid-State Batteries in China’s Consumer Battery Sector


6.5.2 Analysis of Demand Potential for Solid-State Batteries in the Power Battery Sector
(1) Development of New Energy Vehicles
(2) Development of Lithium Power Batteries
(3) Market Demand Analysis for Solid-State Batteries in China’s Power Battery Sector


6.5.3 Analysis of Demand Potential for Solid-State Batteries in the Energy Storage Battery Sector
(1) Development of the Electrochemical Energy Storage Market
(2) Market Demand Analysis for Solid-State Batteries in China’s Energy Storage Battery Sector

Chapter 7: Analysis of Leading Research Institutions and Enterprises in China’s Solid-State Battery Industry

7.1 Analysis of the Layout of Leading Research Institutions in China’s Solid-State Battery Industry

7.1.1 Chinese Academy of Sciences (CAS)
(1) Overview of CAS
(2) Solid-State Battery Research Projects/Contents in CAS-Affiliated Institutions
(3) Research Achievements in Solid-State Batteries by CAS-Affiliated Institutions


7.1.2 Harbin Institute of Technology Special Chemical Power Research Institute
(1) Overview of the Institute
(2) Solid-State Battery Research Achievements of the Institute


7.1.3 Guolian Research Institute
(1) Overview of the Research Institute
(2) Solid-State Battery Research Achievements of the Institute

7.2 Analysis of the Layout of Leading Enterprises in China’s Solid-State Battery Industry


7.2.1 Contemporary Amperex Technology Co., Ltd. (CATL) (宁德时代新能源科技股份有限公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Main Business and Structure of the Company
(4) Progress in Solid-State Battery Research by the Company
(5) Commercialization Timeline for the Company’s Solid-State Batteries
(6) Technical Route/Research Strength of the Company’s Solid-State Batteries
(7) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business


7.2.2 Qingtao (Kunshan) Energy Development Group Co., Ltd. (清陶（昆山）能源发展集团股份有限公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Main Business and Structure of the Company
(4) Progress in Solid-State Battery Research by the Company
(5) Technical Route/Research Strength of the Company’s Solid-State Batteries
(6) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business


7.2.3 GCL New Energy Holdings Limited (珈伟新能源股份有限公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Main Business and Structure of the Company
(4) Progress in Solid-State Battery Research by the Company
(5) Technical Route/Research Strength of the Company’s Solid-State Batteries
(6) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business


7.2.4 Jiangxi Ganfeng Lithium Co., Ltd. (江西赣锋锂业集团股份有限公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Main Business and Structure of the Company
(4) Progress in Solid-State Battery Research by the Company
(5) Commercialization Timeline for the Company’s Solid-State Batteries
(6) Technical Route/Research Strength of the Company’s Solid-State Batteries
(7) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business


7.2.5 Beijing Welion New Energy Technology Co., Ltd. (北京卫蓝新能源科技有限公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Main Business and Structure of the Company
(4) Progress in Solid-State Battery Research by the Company
(5) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business


7.2.6 ProLogium Technology (辉能科技公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Main Business and Structure of the Company
(4) Progress in Solid-State Battery Research by the Company
(5) Technical Route/Research Strength of the Company’s Solid-State Batteries
(6) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business


7.2.7 Wanxiang 123 Co., Ltd. (万向一二三股份公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Main Business and Structure of the Company
(4) Progress in Solid-State Battery Research by the Company
(5) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business


7.2.8 BYD Co., Ltd. (比亚迪股份有限公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Main Business and Structure of the Company
(4) Progress in Solid-State Battery Research by the Company
(5) Technical Route/Research Strength of the Company’s Solid-State Batteries
(6) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business


7.2.9 Tianqi Lithium Corporation (天齐锂业股份有限公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Main Business and Structure of the Company
(4) Technical Route/Research Strength of the Company’s Solid-State Batteries
(5) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business


7.2.10 Fuxin Dare Automotive Parts Co., Ltd. (阜新德尔汽车部件股份有限公司)

(1) Company Overview
(2) Business Operations of the Company
(3) Progress in Solid-State Battery Research by the Company
(4) Analysis of the Advantages and Disadvantages of the Company’s Solid-State Battery Business

Chapter 8: Market Outlook and Strategic Investment Planning Recommendations for China’s Solid-State Battery Industry

8.1 SWOT Analysis of China’s Solid-State Battery Industry

8.2 Evaluation of the Development Potential in China’s Solid-State Battery Industry

8.2.1 Life Cycle of China’s Solid-State Battery Industry
8.2.2 Evaluation of Development Potential in China’s Solid-State Battery Industry

8.3 Market Outlook Forecast for China’s Solid-State Battery Industry

8.4 Prediction of Development Trends in China’s Solid-State Battery Industry

8.5 Entry and Exit Barriers in China’s Solid-State Battery Industry

8.6 Investment Risk Warnings in China’s Solid-State Battery Industry

8.7 Evaluation of Investment Value in China’s Solid-State Battery Industry

8.8 Analysis of Investment Opportunities in China’s Solid-State Battery Industry

8.9 Investment Strategies and Recommendations for China’s Solid-State Battery Industry

8.10 Recommendations for Sustainable Development in China’s Solid-State Battery Industry

List of Figures and Tables

  • Table 1: Analysis of the Characteristics and Advantages of Solid-State Batteries
  • Table 2: Classification of Lithium Batteries Based on Liquid Electrolyte Content
  • Table 3: Main Classifications of Solid-State Batteries
  • Table 4: Explanation of Specialized Terminology in the Solid-State Battery Industry
  • Table 5: Diagram of Key Elements in Industry Research Definitions
  • Table 6: Main Research Methods Used in the Industry
  • Table 7: Industry-Related Standards
  • Table 8: Continued Table of Industry-Related Standards (Table 1)
  • Table 9: Latest Implemented Standards in the Industry
  • Table 10: Solid-State Battery Policies in Overseas Countries
  • Table 11: National-Level Policies in China’s Solid-State Battery Industry
  • Table 12: Solid-State Battery-Related Policies in Selected Provinces and Cities in China
  • Table 13: Policy Overview of China’s Solid-State Battery Industry
  • Table 14: China’s GDP Development from 2015 to the First Half of 2024
  • Table 15: Added Value of the Three Major Industries in China in the First Half of 2024
  • Table 16: China’s Consumer Price Index (CPI) for 2022-2024 (First Half, Year-on-Year = 100)
  • Table 17: China’s Industrial Producer Price Index (PPI) for 2022-2024 (First Half)
  • Table 18: Total Industrial Added Value in China from 2014 to 2023
  • Table 19: Growth Rate of Industrial Added Value Above a Designated Size in China for 2023-2024 (First Half)
  • Table 20: China’s Fixed Asset Investment (Excluding Households) from 2016 to the First Half of 2024
  • Table 21: China’s Population from 2018 to 2023
  • Table 22: China’s Population Age Structure from 2016 to 2023
  • Table 23: Urban and Rural Population in China from 2018 to 2023
  • Table 24: Trends in China’s Urbanization Rate from 2014 to 2023
  • Table 25: Research and Development (R&D) Expenditures in China from 2020 to 2024
  • Table 26: Preparation of Polymer Solid-State Battery Electrodes and Electrolytes
  • Table 27: Process Flow for the Preparation of Polymer Solid-State Batteries
  • Table 28: Research and Development Expenditures of CATL (Stock Code: 300750) for 2022-2023
  • Table 29: Research and Development Expenditures of GCL New Energy (Stock Code: 300317) for 2022-2023
  • Table 30: Research and Development Expenditures of Ganfeng Lithium (Stock Code: 002460) for 2022-2023
  • Table 31: Research and Development Expenditures of BYD (Stock Code: 002594) for 2022-2023
  • Table 32: Research and Development Expenditures of Tianqi Lithium (Stock Code: 002466) for 2022-2023
  • Table 33: Trend Analysis of Patent Applications and Authorizations in China’s Solid-State Battery Industry from 2015 to 2024
  • Table 34: Trend Analysis of Patent Applicants in China’s Solid-State Battery Industry from 2015 to 2024 (Number of Patents)
  • Table 35: Analysis of the Technical Composition of Patent Applicants in China’s Solid-State Battery Industry from 2015 to 2024 (Number of Patents)
  • Table 36: Analysis of the Technical Composition of Patent Applicants in China’s Solid-State Battery Industry from 2015 to 2024 (Number of Patents)
  • Table 37: Fundamental Technologies and Effects Supporting the Commercialization of Toyota’s All-Solid-State Batteries
  • Table 38: Solid-State Battery Plans in Japan and South Korea
  • Table 39: Solid-State Battery Plans in Europe and the United States
  • Table 40: Global Distribution of Solid-State Battery Manufacturers
  • Table 41: Layout of Solid-State Battery Enterprises and Institutions Globally
  • Table 42: Forecast of Global Solid-State/Semi-Solid Battery Shipments from 2022 to 2030
  • Table 43: Forecast of Global Solid-State/Semi-Solid Battery Market Size from 2022 to 2030
  • Table 44: Development History of the Solid-State Battery Industry
  • Table 45: Evolutionary Roadmap of Power Battery Technologies
  • Table 46: Forecast of Solid-State Battery Shipments in China and Globally from 2022 to 2030
  • Table 47: Current Status of Industrialization Projects in China’s Solid-State Battery Industry
  • Table 48: Statistics on the Production Capacity of Semi-Solid and Solid-State Batteries in China
  • Table 49: Overview of Research Teams Focused on Solid-State Batteries
  • Table 50: Progress in the Mass Production of Semi-Solid and Solid-State Battery Models by Selected Automakers
  • Table 51: Research Progress of Domestic Solid-State Battery Enterprises
  • Table 52: Solid-State Battery Vehicle Installation Progress or Plans by Selected Automakers Globally
  • Table 53: Key Investment and Financing Events in China’s Solid-State Battery Industry (2022-2023)
  • Table 54: Regional Distribution of Major Enterprises in China’s Solid-State Battery Industry
  • Table 55: Layout and Production Capacity of Solid-State Batteries by Selected Domestic Companies
  • Table 56: Ecosystem Diagram of the Solid-State/Semi-Solid Battery Industry Chain in China
  • Table 57: Impact of All-Solid-State Lithium Batteries on Existing Material Systems
  • Table 58: Performance Comparison of Selected Cathode Materials
  • Table 59: Shipment Volumes of Lithium Battery Cathode Materials in China from 2014 to 2023
  • Table 60: Structure of Lithium Battery Cathode Material Shipments in China in 2023
  • Table 61: Production Value of Lithium Battery Cathode Materials in China from 2014 to 2023

For more figures and tables, please refer to the full report...

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