The new EU battery regulation ((EU) 2023/1542)
I. The legislative core of the new EU battery regulation: building the world’s most stringent battery regulatory framework On August 18, 2025,…
I. The legislative core of the new EU battery regulation: building the world’s most stringent battery regulatory framework On August 18, 2025,…
Lithium Iron Phosphate (LFP) Battery Core Structure: The Olivine Crystal Safety Code The olivine structure of LiFePO₄ gives it intrinsic safety characteristics:…
Introduction: the development phase of the life and death gate The global lithium R & D investment of more than 10 billion…
Introduction: The Inevitability of Technology Innovation With the iteration of wireless devices, the popularization of electric vehicles and the rise of 5G/low-altitude…
I.The three major steps of solid-state battery manufacturing electrode and solid-state electrolyte diaphragm manufacturing: the material system determines the process path Solid-state…
I. Definition of lithium battery customization requirements: precise anchoring of technical boundaries The core of customized lithium battery is to accurately match…
I. Traceability of the Rule Framework: Multimodal Regulation under the United Nations Lithium battery transportation compliance is governed by the UN Recommendations…
I. Solid State Battery Packaging Process in 2025: Beyond the rigors of liquid batteries Solid-state batteries (SSB) are leading the next generation…
I. The essence of lithium-ion battery diaphragm: more than physical isolation As one of the four core materials of lithium-ion batteries, diaphragm…
I. Global Policy Race: Low Altitude Economy and Strategic Positioning 2025 global eVTOL battery industry outbreak is directly driven by the policy…
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