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Comprehensive Analysis of The Mystery of Power Battery

Comprehensive Analysis of The Mystery of Power Battery

icon2025-04-25

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

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

icon2025-04-25

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

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

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.
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
Nominal Voltage Vs Rated Voltage: How to Distinguish Between Lithium Iron Phosphate Batteries? ​

icon2025-04-21

Nominal Voltage Vs Rated Voltage: How to Distinguish Between Lithium Iron Phosphate Batteries? ​

Are nominal voltage and rated voltage often confused? This article takes lithium iron phosphate batteries as an example to explain the definition, difference and practical application of the two in detail, so as to avoid selection errors and safety hazards. Learn more
How to Maximize Lithium-Ion Battery Lifespan: Maintenance Guidelines & Risk Mitigation

icon2025-04-18

How to Maximize Lithium-Ion Battery Lifespan: Maintenance Guidelines & Risk Mitigation

Maximize lithium-ion battery lifespan with expert tips on charge management, temperature control, and risk mitigation. Discover key practices to avoid overheating, swelling, and premature aging—backed by data from EVE Energy and real-world case studies. Boost battery health & longevity! Learn more
Lead-acid Battery VS Lithium Battery: A Comprehensive Analysis of The Characteristics and Differences Between the Two! ​

icon2025-04-18

Lead-acid Battery VS Lithium Battery: A Comprehensive Analysis of The Characteristics and Differences Between the Two! ​

Comparison of the characteristics of lead-acid batteries and lithium batteries! This article explains the differences in energy density, cycle life, and cost, covering application scenarios and technical advantages and disadvantages. Learn more
Can Fires in New Energy Electric Vehicles be Fundamentally Prevented?

icon2025-04-17

Can Fires in New Energy Electric Vehicles be Fundamentally Prevented?

Whether it is the fire hazard of lithium-ion batteries themselves, or the fire risks that electric vehicles may encounter in complex usage scenarios, it shows that electric vehicle fires are currently difficult to fundamentally eliminate. Learn more
Decipher Why Lithium Iron Phosphate Batteries are Wrapped In Aluminum Shells Instead of Steel Shells?

icon2025-04-15

Decipher Why Lithium Iron Phosphate Batteries are Wrapped In Aluminum Shells Instead of Steel Shells?

Why do lithium iron phosphate batteries use aluminum shells? Analysis of lightweight, heat dissipation, cost, safety advantages, standardization and industry trends! Learn more
Technical Route of Solid-state Batteries

icon2025-04-14

Technical Route of Solid-state Batteries

Explore solid-state battery tech routes: oxide (thermal stability, low cost), sulfide (high ion conductivity, energy density), and polymer (flexibility, processability). Each faces challenges like interface issues, stability, and cost. Which will dominate? Learn more
The Xiaomi Incident Sounded the Alarm: Are Lithium Iron Phosphate Batteries Really Safe?

icon2025-04-14

The Xiaomi Incident Sounded the Alarm: Are Lithium Iron Phosphate Batteries Really Safe?

Is lithium iron phosphate battery safe? Based on the spontaneous combustion incident of Xiaomi's new energy vehicle, this article deeply analyzes the thermal stability, structural advantages and safety performance of lithium iron phosphate batteries, and reveals why it has become the preferred technology in the field of new energy vehicles and energy storage. Learn more
What Are the Advantages of Lithium Batteries?

icon2025-04-11

What Are the Advantages of Lithium Batteries?

Lithium batteries, celebrated for high energy density, long cycle life, low self-discharge, lightweight design, and environmental safety, power modern electronics & EVs, driving rapid innovation and industry growth. Learn more
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Recommended articles

2025.04.25

Comprehensive Analysis of The Mystery of Power Battery Analysis of The Correspondence Between Positive And Negative Electrodes And Anode And Cathode of Lithium Batteries

2025.04.23

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

2025.04.22

Common Causes of Lithium Battery Failure and Countermeasures for Specific Failures

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