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Subscription available now! 2021-2025 LFP Industry Outlook Report

Large  Small Date:2021-10-08  From:ICC Battery
Tesla claimed that in the future 1/3 will adopt ternary batteries and 2/3 LFP batteries.
Both LG and SKI are developing LFP batteries.

ICCSINO is currently providing a special LFP market analysis report, with the brief introduction of the report as below. 
2021-2025 LFP Industry Outlook Report

 
In 2021, the development trend of the lithium iron phosphate material industry is accelerated, driven by the booming sales of electric vehicles of BYD Han, Wuling-Hongguang Mini, Tesla-LFP and other new energy vehicle products, adding to the huge potential market of the energy storage in the future. LFP has successfully entered the fast track of development and has surpassed the ternary battery in production and installed capacity since the middle of 2021.
 
In this context, ICCSINO has carried out a comprehensive review of the lithium iron phosphate industry value chain, comparatively analyzed the production process, capacity, and customer structure of different companies, and identified the core competition strengths of different companies. Meanwhile, changes in downstream demand have also been updated for 2021-2025, combined with the expansion paces of existing enterprises and prediction on the price of lithium iron phosphate materials in the next few years.
 
This report is suitable as reference for business strategy and planning for both production and investment – it will help you to make decisions in starting production or expansion of LFP materials or planning a new investment in LFP material companies. It will bring significant reference for you to clarify the industry map and catch pulse of the LFP industry development.
 
Chapter 1: 2017-2020 Lithium Iron Phosphate Market Structure
Section 1: 2017-2020 Production Volume Analysis of Lithium Iron Phosphate
Section 2: 2017-2020 Price Analysis of Lithium Iron Phosphate
Section 3: Production Process Analysis of Lithium Iron Phosphate
3.1 Iron Phosphate Process
3.2 Ferric Nitrate Process
3.3 Iron Red Process
3.4 Lithium Phosphate Process
Section 4: Analysis of Lithium Iron Phosphate Production Enterprises
4.1 Dynanonic
4.2 BTR
4.3 Gotion High-tech
4.4 BYD
4.5 Hubei Wanrun
4.6 Hunan Yuneng
4.7 Pulead
4.8 Chongqing Terui
Section 5: Analysis of Competition Market
5.1 Analysis of Ternary Material Output
5.2 Comparative analysis of ternary materials and lithium iron phosphate materials

Chapter 2: Cost Analysis of Typical Lithium Iron Phosphate Production Enterprises
Section 1: Dynanonic
1.1 Material cost 
1.2 Labor costs 
1.3 Electricity cost 
1.4 Manufacturing costs 
1.5 Comprehensive cost analysis
Section 2: BTR
Section 3: Chongqing Terui
Section 4: BYD
Section 5: Shengfan Technology

Chapter 3: 2020-2025 Forecast of the Lithium Iron Phosphate Market
Section 1: Prospect of New Energy Vehicle Market Demand
Section 2: Outlook of Energy Storage Market Demand
Section 3: Prospect of the Electric Bicycle Demand
Section 4: Prospects of Demands in Other Fields
Section 5: Prediction of the Demand for Lithium Iron Phosphate Materials from 2021 to 2025
Section 6: Capacity Planning of Lithium Iron Phosphate Enterprises from 2021 to 2025
Section 7: Prediction of the Price Trend of Lithium Iron Phosphate from 2021 to 2025

Chapter 4: Market Analysis of Lithium Iron Phosphate Raw Materials
Section 1: Market Analysis of Ferric Orthophosphate
1.1 Analysis of The Production and Price Changes of Iron Orthophosphate
1.2 Analysis of Major Iron Orthophosphate Manufacturers
Section 2: Lithium Carbonate Market Analysis
2.1 Analysis of The Production and Price Changes of Lithium Carbonate
2.2 Analysis of Major Lithium Carbonate Companies

Chapter 5: Competitiveness Analysis of Lithium Iron Phosphate Enterprises
Section 1: Product Quality Competitiveness
Section 2: Customer Structure Competitiveness
Section 3: Technical Strength and Competitiveness
Section 4: Ranking of Comprehensive Competitiveness

Chapter 6: Precautions for Production Expansion of Lithium Iron Phosphate Materials
Section 1: How to Position
1.1 Process positioning
1.2 Market Positioning
1.3 Time to start production
Section 2: Risks of Production Expansion
2.1 Risks of Process Route Conversion
2.2 Risks of Expansion from Unknown Companies
 
Note:
  1. Sources and explanations of the data involved in this report: The macro and industry data involved in this report come from Ministry of Industry and Information Technology, National Bureau of Statistics, China Automobile Association, public company announcements and public channel reports.
  2. The corporate data involved in this report comes from public reports from companies and the report producers obtain them through on-site visits and surveys, corporate surveys, and telephone surveys.
  3. The forecast data involved in this report is mainly obtained by the report producer through a variety of analysis methods based on the national economic situation, market development trends, industry technology development, and market hotspots.
 
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