This year's Gaokao chemistry question from Hubei is quite interesting...
2025-07-04
In the 2025 Hubei Gaokao (College Entrance Examination) chemistry paper, a question about the "lithium bis(trifluoromethylsulfonyl)imide lithium replenishment mechanism" stumped some candidates.
National lithium battery industry data and comments for January-April 2025
2025-07-01
The 2025 Q1-Q4 National Lithium-ion Battery Industry Data Report presents the operating conditions of the lithium battery market from multiple dimensions, including lithium battery production, export, and material supply.
Policy Interpretation | 60 million bet on humanoid robots! How can Wuhan battery companies take advantage of favorable policies?
2025-06-25
Wuhan's "Three-Year Action Plan for Innovation and Development of the Humanoid Robot Industry", released on June 13, clearly states that it will provide subsidies of up to 60 million yuan for the development of complete machines and a 30% reward for the purchase of components based on the actual amount. Although the policy does not explicitly mention "batteries", humanoid robot batteries, as core components, fully meet the policy's applicable conditions for "components" and "product providers". Relevant companies can apply for funding support through three types of projects: "procurement subsidies", "leading the charge", and "scenario rewards".
中国磷酸铁锂 "统治" 全球储能市场,日韩巨头急了!
2025-06-17
In early June, a massive order worth 5 billion yuan once again thrust China's lithium iron phosphate into the global spotlight. Lvyuan (Asia Pacific), a subsidiary of Longpan Technology, signed an agreement with EVE Energy Malaysia to supply 152,000 tons of lithium iron phosphate cathode materials from 2026 to 2030, with a total value exceeding 5 billion yuan. This is just the tip of the iceberg...While European, American, Japanese, and Korean companies are still hesitating over technological routes, Chinese battery companies have quietly rewritten the global energy rules.
20+ Common Problems, Defects, and Solutions in Battery Coating Processes
2025-06-16
In the coating process practice of the battery R&D laboratory, problems such as slurry layering and equipment clogging frequently occur, seriously affecting the quality of the electrode and the efficiency of the experiment. The following deeply analyzes more than 20 typical process defects and optimization paths from four technical dimensions: equipment, materials, microstructure, and special processes. Help you efficiently locate problems and optimize experimental steps.
What are the bottlenecks in the mass production of solid-state batteries? How can dry-film electrode technology overcome the two major challenges of coating cracks and solvent residue?
2025-06-10
Solid-state battery materials are currently a core bottleneck hindering the commercialization of all-solid-state batteries due to issues such as high interfacial impedance, uneven electrolyte coverage, and difficulties in mass production. Currently, innovation in electrode manufacturing processes is the key to breaking through this bottleneck. Traditional wet processes face problems such as solvent residue and interfacial cracks in solid-state electrolyte coating, while dry processes are becoming the industry focus due to their advantages of being solvent-free and highly compatible.
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