Table of Contents: Sodium-Ion Battery Market Research Report
Chapter 1: Sodium-Ion Battery Market Analysis
Section 1: Industry Development History and Drivers
· 1.1 Global Sodium-Ion Battery Development History
· 1.2 Main Drivers for Sodium-Ion Battery Commercialization
· 1.2.1 Resource Abundance
· 1.2.2 Product Performance
· 1.2.3 Theoretical Cost Reduction Potential
· 1.2.4 Customer Demand Guidance
Section 2: Interpretation of Global Sodium-Ion Battery Policies
Section 3: Current Status of the Sodium-Ion Battery Market
· 3.1 Market Size (2025-2029)
· 3.2 Competitive Landscape
· 3.3 Global Sodium-Ion Battery Production Project Layout Planning
· 3.3.1 China
· 3.3.2 Europe
· 3.3.3 USA
Chapter 2: Analysis of Sodium-Ion Battery Manufacturers
Section 1: Performance Comparison of Different Technology Routes
Section 2: Battery Cost and Price Trends of Different Technology Routes
· 2.1 Polyanion
· 2.2 Layered Oxide
· 2.3 Prussian Blue/White
Section 3: Layout Analysis of Leading Domestic Sodium-Ion Battery Companies
· 3.1 HiNa Battery
· 3.2 CATL
· 3.3 Veken Technology
· 3.4 Highstar (NaStar)
· 3.5 Pylontech
Section 4: Layout Analysis of Leading Overseas Sodium-Ion Battery Companies
· 4.1 Faradion
· 4.2 Natron Energy
· 4.3 TIAMAT
Chapter 3: Sodium-Ion Battery Material Supply Analysis
Section 1: Commercialization Progress of Cathode Materials
· 1.1 Performance Comparison of Mainstream Cathode Products
· 1.2 Production Process Analysis
· 1.2.1 Polyanion
· 1.2.2 Layered Oxide
· 1.2.3 Prussian Blue/White
· 1.3 Capacity Layout Planning
· 1.3.1 Polyanion
· 1.3.2 Layered Oxide
· 1.3.3 Prussian Blue/White
· 1.4 Analysis of Major Cathode Manufacturers
· 1.4.1 Jiana Energy
· 1.4.2 Ronbay Technology
· 1.4.3 Zhenhua New Materials
· 1.4.4 Inna Energy
Section 2: Commercialization Progress of Anode Materials
· 2.1 Performance Comparison of Mainstream Anode Products
· 2.2 Production Process Analysis
· 2.2.1 Biomass-Based
· 2.2.2 Resin-Based
· 2.2.3 Pitch-Based
· 2.3 Capacity Layout Planning
· 2.3.1 Biomass-Based
· 2.3.2 Resin-Based
· 2.3.3 Pitch-Based
· 2.4 Analysis of Major Anode Manufacturers
· 2.4.1 Bestgraph
· 2.4.2 BTR
· 2.4.3 Rongna New Energy
Section 3: Commercialization Progress of Electrolytes
· 3.1 Product Compatibility Assessment
· 3.2 Capacity Layout Planning
· 3.3 Analysis of Major Electrolyte Manufacturers
· 3.3.1 Zhuhai Smoothway
· 3.3.2 Langu New Energy
Chapter 4: Downstream Application Analysis of Sodium-Ion Batteries
Section 1: Application Prospects in the Power Battery Market
· 1.1 Global NEV and Power Battery Market Analysis (2025-2029)
· 1.1.1 China
· 1.1.2 Europe
· 1.1.3 USA
· 1.2 Application Prospects of Sodium-Ion Power Batteries (2025-2029)
Section 2: Application Prospects in the Energy Storage Market
· 2.1 Global Energy Storage Market Analysis (2025-2029)
· 2.1.1 China
· 2.1.2 Europe
· 2.1.3 USA
· 2.2 Application Prospects of Sodium-Ion Energy Storage Batteries (2025-2029)
Section 3: Application Prospects in the Light Electric Vehicle (LEV) Market
· 3.1 Global LEV Market Demand Analysis (2025-2029)
· 3.2 Application Prospects of Sodium-Ion LEV Batteries (2025-2029)
Chapter 5: Industry Outlook for Sodium-Ion Batteries
Section 1: Sodium-Ion Battery Market Size Forecast (2025-2029)
· 1.1 China Market
· 1.2 Overseas Market
· 1.3 Summary
Section 2: Sodium-Ion Battery Material Market Size Forecast (2025-2029)
· 2.1 Cathode Materials
· 2.1.1 Polyanion
· 2.1.2 Layered Oxide
· 2.1.3 Prussian Blue/White
· 2.2 Anode Materials
· 2.3 Electrolytes
· 2.4 Separators and Aluminum Foils
