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What are The Effects of NMP Residue on Lithium-ion Battery Performance?

What are The Effects of NMP Residue on Lithium-ion Battery Performance?

icon2025-05-15

Focusing on the five major risks of NMP residue in lithium-ion battery manufacturing, we provide process optimization solutions such as drying process and humidity control to ensure battery safety and cycle life.
Analysis of Failure Modes of Lithium Iron Phosphate Batteries: From Mechanism to Countermeasures​

Analysis of Failure Modes of Lithium Iron Phosphate Batteries: From Mechanism to Countermeasures​

icon2025-05-14

What are the reasons for the failure of lithium iron phosphate batteries? This article deeply analyzes its failure mechanism and mitigation strategies to help improve the life and reliability of lithium iron phosphate batteries!
No Need to Disassemble! 4 Methods to Accurately Diagnose Lithium Deposition in Lithium-ion Batteries!

No Need to Disassemble! 4 Methods to Accurately Diagnose Lithium Deposition in Lithium-ion Batteries!

icon2025-05-14

This article explains in detail four methods for detecting lithium plating without disassembling lithium-ion batteries, helping you to efficiently identify lithium-ion battery anomalies.
Will Sodium Ion Batteries Become The Future Mainstream of Alternative Lithium-ion Batteries?

icon2025-05-13

Will Sodium Ion Batteries Become The Future Mainstream of Alternative Lithium-ion Batteries?

Sodium-ion batteries: Cheaper, abundant, and safer than lithium? Discover their energy storage potential, 20% lower costs, and challenges in EVs. Will sodium ion batteries replace lithium ion？ Learn more
​​2025 Energy Storage Industry Transformation: Four Major Trends Reshaping the Industry Landscape​

icon2025-05-13

​​2025 Energy Storage Industry Transformation: Four Major Trends Reshaping the Industry Landscape​

The energy storage industry will usher in four major changes in 2025! Competition in large-capacity technology is fierce, AI deeply empowers energy storage systems, networking technology meets the rigid needs of all scenarios, and safety and efficiency standards are reconstructed. Learn more
Why does Lithium Battery Coating Produce Virtual Edges? A Complete Analysis of The Causes and Solutions​.

icon2025-05-12

Why does Lithium Battery Coating Produce Virtual Edges? A Complete Analysis of The Causes and Solutions​.

Are virtual edges a common problem in lithium battery coating processes? This article deeply analyzes the causes of virtual edges and provides targeted solutions to help improve the production yield and performance of lithium batteries. Learn more
How To Efficiently Manage The Technical Challenges Faced By BMS Battery Management Systems?

icon2025-05-09

How To Efficiently Manage The Technical Challenges Faced By BMS Battery Management Systems?

Discuss the core challenges of BMS battery management system, including high-precision algorithms, consistency management, thermal management optimization, and safety and reliability of lithium-ion batteries. Analyze how the industry chain responds to the complex needs of lithium-ion batteries. Learn more
SEI and CEI of Lithium Batteries: Invisible Shields to Protect Battery Life

icon2025-05-08

SEI and CEI of Lithium Batteries: Invisible Shields to Protect Battery Life

Uncover the core role of SEI and CEI in lithium batteries (Li-ion Battery)! Explore how LiFePO4 batteries have become the safest choice in the field of energy storage and electric vehicles with stable SEI/CEI technology. Learn more
Comprehensive Analysis of The Mystery of Power Battery

icon2025-04-25

Comprehensive Analysis of The Mystery of Power Battery

Why do power batteries age? How do lithium iron phosphate batteries fight capacity decay? This article analyzes the battery aging mechanism, reveals the secret of LFP battery's longevity, and provides practical strategies to extend its life. Learn more
Analysis of The Correspondence Between Positive And Negative Electrodes And Anode And Cathode of Lithium Batteries

icon2025-04-25

Analysis of The Correspondence Between Positive And Negative Electrodes And Anode And Cathode of Lithium Batteries

How do the positive and negative electrodes of lithium batteries correspond to each other? When discharging, the positive electrode is the cathode (reduction reaction) and the negative electrode is the anode (oxidation reaction); when charging, the roles are reversed! This article explains the logic of electrode naming. Learn more
Why are Lithium Batteries in Electric Vehicles Prone to Catching Fire After a Collision? Analysis of Internal Structure and Thermal Runaway Mechanism​

icon2025-04-23

Why are Lithium Batteries in Electric Vehicles Prone to Catching Fire After a Collision? Analysis of Internal Structure and Thermal Runaway Mechanism​

What is the reason why lithium batteries catch fire in electric vehicle collisions? This article deeply analyzes the internal structure of lithium batteries, electrolyte chemical reactions and thermal runaway mechanisms, reveals the root causes of safety hazards, and explores the impact of BMS failure and external shocks. Learn more
Common Causes of Lithium Battery Failure and Countermeasures for Specific Failures

icon2025-04-22

Common Causes of Lithium Battery Failure and Countermeasures for Specific Failures

Lithium battery failure is usually the result of multiple layers of elements. Only by addressing multiple aspects from materials, processes, design to testing and management can the failure rate be systematically reduced. Learn more
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