1. Research Background In recent years, with the rapid expansion of the new energy vehicle market powered by lithium-ion batteries (LIBs), the number of retired LIBs is expected to increase…
1. Background In investigative reports on energy storage station explosions or the charred remnants of new energy vehicle fires, “battery failure” is consistently identified as a core culprit. As a…
1. Preface Galvanostatic Intermittent Titration Technique (GITT) is a transient measurement technique that quantifies the diffusion capacity of lithium ions in the electrode material through the relationship of potential change…
Battery cell consistency is one of the difficulties that the major battery cell manufacturing companies are focusing on. In the manufacturing process of battery cells, due to fluctuations in materials,…
1. Background Introduction In new energy vehicles or energy storage stations, lithium-ion batteries are often used in modular or battery pack (Pack) configurations, where cells are connected in parallel and…
1. Preface Electrochemical measurement methods, which assess electrical quantities such as potential, conductivity, and current, explore the relationship between these measurements and the system being analyzed to achieve qualitative and…
1. Preface In the field of electrochemistry, battery testing equipment is a key tool for researching and developing new battery technologies, especially for emerging battery technologies. As new energy technologies…
Perhaps you’re not a professional in the field of electrochemistry, but while browsing relevant journals, attending academic conferences, or visiting websites of electrochemical equipment manufacturers, you may often come across…
1. Background As lithium batteries are gradually being applied in various aspects of life, the demands placed on them by people are increasing, such as longer lithium ion battery lifespan…
Have you heard of the three electrode system? It might be completely different from the batteries we use in our daily lives, which typically have two electrodes: a positive and…
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