Core Viewpoint - The power battery industry is at a crossroads with diverse technological routes emerging, while also facing new opportunities for growth in strategic emerging industries such as new energy and materials [3][4]. Technological Development - The power battery technology landscape is characterized by various routes including liquid, semi-solid, and solid-state batteries, with high energy density and safety being the consensus goals [2][3]. - Innovations in battery technology are ongoing, such as enhancing the molecular structure of lithium batteries to reduce energy loss and improve lifespan [4][5]. Industry Ecology - The industry is preparing for large-scale retirement of power batteries, with projections indicating that by 2025 and 2030, the volume of waste batteries will reach 370,000 tons and 1,060,000 tons respectively [6]. - Policies are being developed to improve battery recycling, including the establishment of comprehensive recycling systems and standards for easy disassembly and recycling [6][8]. AI Empowerment - AI is increasingly penetrating every segment of the power battery industry, transitioning research and development from a trial-and-error approach to a data-driven model [7][8]. - New AI-driven systems for electrolyte discovery and battery performance testing are enhancing the efficiency and quality of battery development [7][8]. Industry Expansion - The power battery sector is expanding beyond electric vehicles into new applications such as electric boats and low-altitude aircraft, with significant market potential anticipated [9]. - The market for eVTOLs is projected to reach 220,000 units by 2030, with a corresponding battery market size of 100 billion yuan [9]. Challenges Ahead - Despite the promising developments, the industry faces challenges in achieving high safety standards and technological innovations necessary for broader application scenarios [10].