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豪鹏科技(001283) - 2025年7月24日投资者关系活动记录表

Group 1: Company Strategy and Positioning - The company has evolved from a traditional battery manufacturer to a leader in "AI + solid-state" core energy solutions, targeting trillion-dollar markets such as AI edge applications and robotics [3][4]. - The strategic upgrade is supported by a comprehensive approach involving technological innovation, capacity reserves, and ecosystem collaboration [4][5]. - The company aims to enhance the proportion of high-margin AI products and drive the commercialization of solid-state batteries in wearable devices and robotics [5][10]. Group 2: Technological Advancements - The company has developed a tiered research matrix covering liquid high-silicon, semi-solid, and all-solid-state technologies, with semi-solid batteries already in commercial use [3][5][9]. - The semi-solid battery has a volumetric energy density of 950Wh/L, addressing safety and performance needs for AI/AR/VR devices [9][10]. - The all-solid-state battery is expected to enter trial production in 2026, focusing on stability at the solid-solid interface [6][9]. Group 3: Market and Customer Engagement - The company has established long-term partnerships with leading clients in the drone and low-altitude economy sectors, achieving a doubling of product supply in 2025 [6][10]. - Collaborative development with top-tier clients is aimed at defining scene-specific needs and enhancing product lifecycle involvement [5][7]. - The company is actively engaging in the AI glasses market, with mass production of battery products expected to begin in Q3 2025 [10][11]. Group 4: Financial Performance and Projections - AI-related business is projected to contribute significantly to revenue growth, with a noticeable increase in penetration rates in the PC category [10]. - The company anticipates that the high energy density battery solutions will enhance overall profitability and optimize the revenue structure [10]. - The high-silicon anode technology is expected to achieve a silicon content of 10%-15% in mass production, with laboratory samples exceeding 20% [10][11].