CBC Lithium Research Institute and Big Data Center
Specially selected research reports based on [Sodium Ion Battery] that have attracted the most attention and purchases from members this year:
Material development, technology application, trend research, opportunity insight, not to be missed!
[Sodium ion battery] Series Research report:
Ø Report 1: “Research Report on Supply and Demand of China's Lithium Battery and Sodium Battery industry Chain and Core Key Materials Market, Process Analysis and In-depth Development of Future Strategic Industries” (Report Number: Ldyb20230211)
Ø Report 2: “2024~2029 Sodium Battery Industry Chain In-depth Research, Enterprise Development Monitoring and Industrial Strategy Development Trend Report” (Report Number: Ldyb20230405)
Ø Report 3: “In-depth Cost Research and Analysis of Sodium Ion Battery Cathode Material Subdivision Industry Route” (Report Number: Ldyb20230789)
Ø Report 4: In-depth Cost Research and Analysis Report on the Development of Hard Carbon Anode Materials and Industry Route of Sodium Battery Application Subdivision (Report Number: Ldyb20230329)
Ø Report 5: “Sodium ion Battery Raw Material Resource Endowment, Development and Utilization Status and Future Investment Development Trend Research Report” (Report number: Ldyb20230588)
Ø Report 6: "Global Sodium Battery Industry Investment and Development Scale Distribution since 2023". (Presenting)
Ø Description of report
Based on the lithium battery and sodium battery industry chain and its core key materials upstream and downstream product development, application, cost, process, etc., conduct a comprehensive and in-depth study, summarize the majority of members' attention and purchase of the highest sodium battery related research, recommend to more enterprises:
The report has a deep and clear understanding of the lithium battery and sodium battery market industry and future development potential, a comprehensive and detailed record of the background and development status of various materials industry, provide comprehensive analysis and detailed data information from resource development, production and supply, application demand, import and export situation, product price trend, market size, price factors inventory, and the production capacity, output and operating rate of domestic production enterprises, with intuitive charts, scientific, objective and quantitative forecasts for the future outlook of the lithium and sodium battery markets, and it is easy to grasp the future parallel development path trend of lithium ion batteries and sodium ion batteries.
Depth mining to establish a professional price forecasting model, based on the whole system dimensions of industrial development factors, taking into account: changes in market supply and demand, the supply side of the development contrast of the two sides, policy factors, industry sentiment, costs and other factors affecting in-depth research, scientific analysis, quantitative models, accurate forecasts, quantitative forecasts of the industry chain of the future trend of the price of the product. At the same time, it will also include the collation of the important industry policies, industry information and various market conditions summary and in-depth analysis. The report can help you comprehensively grasp the information, understand the industry market, identify changes in supply and demand, and grasp industry trends.
Ø Report application
1. Industrial Strategy Research Organizations
2. Investment and R&D Departments
3. Lithium Battery Manufacturers
4. Chinese and Global Traditional Vehicle Enterprises
5. Traditional Resource and Production Enterprises
6. New Energy Vehicle Enterprises
7. Ion Battery Cathode, Anode, Diaphragm and other Core Raw Materials Companies
8. Enterprises and Organizations Concerned about New Energy Materials
Ø Buying Tips
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Purchase of individual and combined reports in subdivided professional fields
Ø 【CBC Lithium】Platform Introduction
CBC Lithium Network is an important information platform dedicated to the in-depth research of lithium industry chain and industry development analysis under CBC Metals. It is also one of the earliest professional and systematic research on lithium industry chain and supply chain in China.
Equipped with a professional analyst team, through first-hand research and industry market communication, real-time tracking of core value data, professional collection of the latest industrial chain data, detailed and reliable. At the same time, it is equipped with the corresponding research institute and data center for the support of the material content, the personalized needs of members and the continuous professional research.
We have been deeply engaged in the field for more than ten years, summarized the business needs of more than ten thousand member enterprises and investment institutions, combined with the future development of the industry, and carefully refined the key information of industry research and development!
After nearly ten years of accumulation, the research field covers the whole industry chain of lithium. Research field: from materials research and development to finished batteries, new energy vehicles, automotive intelligence, automation development, along with all kinds of materials from research and development, trial production, mass production, optimization, replacement and iteration of the upgrading process; our market monitoring and tracking and industry research: from the initial raw material mining end of the resource development, to cathode and other five major materials refinement to the development of new energy vehicles and automation and intelligence, we cooperate with foreign head enterprises and scientific research institutions to provide high-end professional research in all fields from preliminary investment, intermediate trade, production and marketing links and industrial upgrading.
We have provided comprehensive information services and professional research for lithium-related enterprises: upstream lithium resources development, lithium salt processing field, lithium five core materials: cathode materials, anode materials, electrolyte solvents, diaphragm, lithium auxiliary materials, lithium battery cells, lithium battery cell components, battery system integration, the battery management system (BMS), lithium battery waste recycling and new energy vehicles.
The business Research Department of lithium has conducted long-term monitoring, research and communication on the production, grade index, transaction, price, trade, sales, purchase and contract order mode of lithium materials, production and processing, trade and purchasing enterprises in various fields at home and abroad. The big data center collects and collates research information and conducts in-depth tracking and industry research on the industrial chain.
The Strategic Investment Department conducts scientific and systematic international standard analysis on enterprise and institutional investment, feasibility opportunity analysis, industrial strategy development, enterprise ecology, supply chain structure configuration, management enterprises, corporate profit accounting, etc.
Customer service range is wide, government agencies, industry associations, listed companies, financial investment, industry research, the National Academy of Sciences, the Academy of Engineering and its sub-academies and various China domestic and foreign major colleges and universities, big data institutions, business strategy research institutions in the field of market share is high. The main lithium-related materials manufacturers, related production and processing enterprises at home and abroad have been members of the site, while the membership of enterprises and institutions such as downstream users, trade services, equipment and technology is also increasing.
Partial outline
Part 1: Necessity and Strategic Development Opportunity Analysis of Sodium ion Battery Development
1 Sodium ion battery industry chain structure diagram and introduction
2 Development history of sodium ion batteries
3 Development status of sodium ion batteries at home and abroad
3.1 Overview of the world's sodium ion battery industry
3.2 Overview of China's sodium ion battery industry
4 Research on the application field of sodium ion batteries
5 Comparison between sodium ion batteries and lithium ion batteries
5.1 Performance comparison
5.2 Resource information
5.3 Technological innovation
5.4 Application areas
5.5 Cost comparison
5.6 ......
6 Analysis of development opportunities for sodium ion batteries
Part 2: Sodium Ion Battery Material Industry Analysis
7 Research and development of sodium ion battery production process
8 Current main products of sodium ion battery materials
9 Sodium battery energy density breakthrough situation and ceiling
10 Room for improvement of energy density of sodium batteries by material formulation of sodium batteries
Part 3: Sodium Ion Battery Electrode Material Supply Analysis
11 Analysis of cathode material supply for sodium ion batteries
12 Current situation of main cathode materials: analysis of formula types and advantages and disadvantages
12.1 Transition metal oxides
12.2 Polyanionic compounds
12.3 Prussian Blue compounds
12.4 Development direction of cathode materials
13 Analysis of anode material supply for sodium ion batteries
14 Current sales expenses of main anode materials
15 Anode material technology and cost reduction space
16 Development direction of anode materials
Part 4: Sodium Ion Battery Market Production and Recovery Analysis
17 Analysis of production and recovery of sodium ion batteries
17.1 Analysis of the production of sodium ion batteries
17.2 Analysis of the development of sodium ion battery recycling
Part 5: Sodium Ion Battery Terminal Field Demand Pattern Analysis
18 Application of sodium ion battery energy storage
18.1 Overview of the development of energy storage
18.2 Consumption and application of sodium ion batteries in the field of energy storage
18.3 Analysis of future consumption demand for sodium ion batteries in the field of energy storage
19 Sodium ion battery electric two-wheeled vehicle applications
19.1 Overview of the development of electric two-wheelers
19.2 Consumption and application of sodium ion batteries in the field of electric two-wheelers
19.3 Analysis of future consumption demand for sodium ion batteries in the field of electric two-wheelers
20 Application of sodium ion battery in low-speed vehicle field
20.1 Overview of the development of low-speed vehicles
20.2 Consumption and application of sodium ion batteries in the low-speed vehicle industry
20.3 Analysis of future consumption demand for sodium ion batteries in the field of low-speed vehicles
Part 6: Domestic Sodium ion Battery Industry Chain Mainstream Production Enterprises In-depth Investigation and Inventory
21 Sodium ion battery mainstream production enterprises in-depth investigation inventory
22 Main related enterprises inventory
22.1 CATL
² Company profile
² Sodium battery operation progress
² Enterprise sodium battery cost situation
² Sodium ion battery mass production line planning
² Investment and construction
² Equipment bidding and equipment dynamic research
² Product sales channels
² Procurement and supply chain structure configuration
22.2 Sinocat Environmental Technology Co., Ltd.
² Company profile
² Sodium battery operation progress
² Enterprise sodium battery cost situation
² Sodium ion battery mass production line planning
² Investment and construction
² Equipment bidding and equipment dynamic research
² Product sales channels
² Procurement and supply chain structure configuration
22.3 Transimage Technology
² Company profile
² Sodium battery operation progress
² Enterprise sodium battery cost situation
² Sodium ion battery mass production line planning
² Investment and construction
² Equipment bidding and equipment dynamic research
² Product sales channels
² Procurement and supply chain structure configuration
22.4 Natrium Energy
² Company profile
² Sodium battery operation progress
² Enterprise sodium battery cost situation
² Sodium ion battery mass production line planning
² Investment and construction
² Equipment bidding and equipment dynamic research
² Product sales channels
² Procurement and supply chain structure configuration
22.5 Zonergy Corporation
² Company profile
² Sodium battery operation progress
² Enterprise sodium battery cost situation
² Sodium ion battery mass production line planning
² Investment and construction
² Equipment bidding and equipment dynamic research
² Product sales channels
² Procurement and supply chain structure configuration
22.6 AZURE Corporation
² Company profile
² Sodium battery operation progress
² Enterprise sodium battery cost situation
² Sodium ion battery mass production line planning
² Investment and construction
² Equipment bidding and equipment dynamic research
² Product sales channels
² Procurement and supply chain structure configuration
22.7 Do-fluoride
² Company profile
² Sodium battery operation progress
² Enterprise sodium battery cost situation
² Sodium ion battery mass production line planning
² Investment and construction
² Equipment bidding and equipment dynamic research
² Product sales channels
² Procurement and supply chain structure configuration
22.8 Li-Fun Technology
² Company profile
² Sodium battery operation progress
² Enterprise sodium battery cost situation
² Sodium ion battery mass production line planning
² Investment and construction
² Equipment bidding and equipment dynamic research
² Product sales channels
² Procurement and supply chain structure configuration
Part 7: Sodium ion Battery Production and Processing Cost and Profit Accounting
23 Cost assessment of ion battery processing
23.1 Main production technology and processing flow classification
23.2 Process characteristics and comparison
24 Break down cost accounts
24.1 Direct materials
ü Raw material cost
ü Auxiliary material cost
ü Fuel power cost
24.2 Direct labor
24.3 Manufacturing expenses
24.4 Period expenses
ü Administrative expenses
ü Selling expenses
ü Financial expenses
24.5 Cost of various taxes and fees
25 Cost and profit study
25.1 Overall cost study
25.2 Composition of each cost item
26 Analysis and forecast of future cost and profit influencing factors
Part 8: Future Strategic Development Forecast of China's Sodium ion Battery Material Industry Chain
27 Analysis of market influencing factors
27.1 Background influencing factors
27.1.1 Analysis of the influence of macro factors on the development of sodium battery industry
27.1.2 Analysis of the influence of policy factors on the development of sodium battery industry
27.1.3 Analysis of the impact of environmental factors on the development of sodium battery industry
27.1.4 Analysis of the influence of major producer/consumer factors on the development of sodium battery industry on a global scale
27.1.5 Analysis of the influence of industry sentiment factors on the development of sodium battery industry
27.2 Influencing factors of related products
27.2.1 Analysis of the impact of upstream product cost on the development of sodium battery industry
27.2.2 Analysis of the impact of technological development and iterative products on the future development of sodium battery industry
27.2.3 Analysis of the impact of traditional consumption applications on the future development of sodium battery industry
27.2.4 Analysis on the impact of emerging application consumption demand caused by the development of new materials on the future development of sodium battery industry
28 Sodium ion battery strategy development forecast
28.1 Industry application and future development space evaluation
Annex
29 Sodium battery industry chain related policy inventory
30 Sodium battery industry chain related products process flow introduction
31 Sodium battery industry chain related standards compilation
32 Review of key news of sodium battery industry chain since 2023
33 Sodium battery production enterprise dynamic summary
34 Sodium battery terminal consumption field enterprise dynamic summary
Partial figure list
Figure 1 Industrial chain structure of sodium ion batteries
Figure 2 Comparison of the development history of sodium ion and lithium ion batteries
Figure 3 Production flow chart of sodium ion battery
Figure 4 Hard carbon production flow chart
Figure 5 Flow chart of anode materials for coal-based sodium ion batteries
Figure 6 Cumulative installed capacity of electrochemical energy storage in China, 2020-2022
Figure 7 Shipments of energy storage battery market in China, 2020-2022
Figure 8 Sales of electric two-wheelers in China, 2020-2022
Figure 9 Production of low-speed electric vehicles in China, 2020-2022
Figure 10 Sales of A00 class electric vehicles in China, 2020-2022
Figure 11 Production flow chart of sodium ion battery
Figure 12 Production cost of sodium ion batteries in China, 2020-2022
Figure 13 Proportion of sodium ion batteries by cost item in China in 2022
Figure 14 Proportion of raw and auxiliary materials cost of sodium ion batteries in China in 2022
Figure 15 Proportion of downstream consumption of sodium batteries in China in 2023 and 2025
Figure 16 Process flow chart of cathode material for sodium battery
Figure 17 Process flow chart of anode material for sodium battery
Figure 18 Production flow chart of sodium ion battery
Partial table list
Table 1 Statistical table of properties of common polyanionic compound cathode materials
Table 2 Properties statistics of common Prussian blue compounds cathode materials
Table 3 Statistical table of properties of NASICON structural materials after modification
Table 4 Main types of cathode materials for sodium ion batteries
Table 5 Comparison of common transition metal cathode materials for sodium ion batteries
Table 6 Industrialization of sodium battery cathode material production enterprises
Table 7 Industrialization of sodium battery anode material production enterprises
Table 8 Production capacity layout of sodium batteries in major enterprises
Table 9 Inventory of mainstream manufacturers of sodium ion batteries
Table 10 Investment and construction of CATL sodium ion batteries
Table 11 Main production equipment table
Table 12 Comparison of materials between sodium ion batteries and lithium-ion batteries
Table 13 Sodium ion battery policy compilation
Table 14 Survey list of production enterprises
Table 15 List of downstream purchasing enterprises
