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Against the backdrop of the global energy structure's profound transformation, the new - energy industry shines brightly. New - energy vehicles run fast and energy - storage equipment offers stable support. The demand for high - performance batteries is surging, strongly pushing battery - manufacturing technology to innovate continuously. Yixinfeng's die - cutting and laminating integrated machine, like a brave knight, injects strong impetus into the new - energy industry with its outstanding performance an

On the stage of the energy sector, energy storage batteries and power batteries are like two brilliant stars, each shining with its unique luster and playing an irreplaceable and crucial role. Although there are certain similarities in technical principles between the two, due to the huge contrast in application scenarios, there are significant differences in performance, lifespan, and many other aspects. I. Energy Storage and Power: Energy Storage Giants in Different Tracks Energy storage batteries mainly focus

In the current wave of the energy revolution, lithium batteries have become the darlings in numerous fields due to their outstanding performance. And the quality of the electrodes largely determines the performance of lithium batteries. I. Electrode Fabrication: The Key Shaper of Battery Performance Coating Process: The Art of Uniformity and Precision (1) Electrode coating is like drawing a precise picture on a lithium battery. The slurry, which is a uniform mixture of active materials, conductive agents

In today's battery market, lithium cobalt oxide batteries, lithium manganese oxide batteries, lithium iron phosphate batteries, and lithium titanate batteries each have their own characteristics, and lithium iron phosphate batteries have been widely used in many fields. The following will provide an in-depth analysis of these four types of batteries. I. Lithium Cobalt Oxide Batteries Basic Characteristics The positive electrode material is lithium cobalt oxide (LiCoO₂), and the negative electrode is usu

In today's automobile market, new energy vehicles are gradually becoming the new favorites of consumers due to their advantages of environmental protection and energy conservation. The power battery, which is the core component of new energy vehicles, has always been a matter of great concern regarding its lifespan. The power battery of a new energy vehicle is like a living organism. From the day it is born, it embarks on an irreversible path of degradation. Just like the aging process of a human being, star

Under the global background of actively pursuing sustainable development, the new energy field is rising like a bright star with an irresistible trend. The powerful alliance between Yixinfeng Intelligent Equipment and the Dongguan Shuixiang Energy Storage Technology Research Center of Wuhan University undoubtedly brings new dawn to the new energy energy storage industry.（Lithium - Ion Battery Equipment） I. Wuhan University: A leader at the forefront of scientific research. As a top institution in China, W

In today's era of rapid technological changes, the new energy field is rising vigorously and has become an important force in promoting economic development and social progress. On October 15, Yixinfeng actively participated in the unveiling ceremony of the Dongguan Shuixiang Energy Storage Technology Research Center of Wuhan University and the Greater Bay Area (Dongguan) New Energy Storage Technology Exchange Conference, injecting new vitality into the development of the new energy industry.（Lithium - Ion Ba

Today, with the booming development of new energy vehicles, batteries, as core components, are of crucial importance in selection. However, ternary lithium batteries and lithium iron phosphate batteries often leave consumers in a dilemma. Many people think that "lithium iron phosphate is safer and ternary lithium has higher energy", but the actual situation is much more complicated than this.（Lithium - Ion Battery Equipment） I. Ternary Lithium Battery: A double-edged sword of high energy and high r

As one of the key components of lithium-ion batteries, copper foil for lithium-ion batteries directly affects battery performance. At present, copper foil for lithium-ion batteries is mostly produced by integrated machines, and anti-oxidation treatment is directly carried out after copper foil production. There are differences in anti-oxidation processes among various manufacturers. The following is an in-depth analysis of the problems of black spots and yellow spots caused by insufficient anti-oxidation ability of