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All in AI,破解端侧能源痛点
Zheng Quan Shi Bao· 2025-12-17 19:38
展望未来,AI驱动的智能世界波澜壮阔。豪鹏科技将继续秉持"All in AI,破解端侧能源痛点"的信念和目标,以持 续的技术创新为引擎,以深度的客户协同为纽带,致力于成为AI时代端侧能源革命的引领者,赋能AI端侧硬件的 无限可能,为社会创造可持续的长期价值。 在"All in AI"的战略指引下,公司不再局限于执行标准,而是致力于与全球顶尖的科技创新者并肩,从产品概念之 初共同破解能源瓶颈。公司主动嵌入客户的早期研发链条,基于具体的应用场景进行联合开发与定义。 豪鹏科技坚持将研发前置,构建了能够覆盖客户全周期、多样化及快速迭代需求的技术矩阵。在备受关注的消费 级固态电池领域,公司已实现固液态电池(软甲固电产品)量产,并持续开展全固态电池研发工作。在提升现有 液态锂电体系能量密度方面,高硅负极和纯硅负极技术的攻关正在持续进行,样品数据表现亮眼;针对特定应用 场景,钢壳叠片电池工艺正走向量产。面向未来的资源与成本挑战,公司的钠离子电池也已完成技术储备。这确 保了豪鹏科技能够与全球顶尖品牌客户快速迭代的产品蓝图相匹配,将能源痛点转化为创新亮点。 历经二十余年的发展,豪鹏科技始终坚信,要想穿越产业周期,还必须回归商业 ...
豪鹏科技董事长潘党育: All in AI,破解端侧能源痛点
Zheng Quan Shi Bao· 2025-12-17 19:18
当下,全球正身处一场由AI与能源技术交汇催生的深刻变革之中,豪鹏科技(001283)深信,为AI端 侧提供安全、高效、可靠的能源解决方案,是时代赋予公司的全新使命。 豪鹏科技坚持将研发前置,构建了能够覆盖客户全周期、多样化及快速迭代需求的技术矩阵。在备受关 注的消费级固态电池领域,公司已实现固液态电池(软甲固电产品)量产,并持续开展全固态电池研发工 作。在提升现有液态锂电体系能量密度方面,高硅负极和纯硅负极技术的攻关正在持续进行,样品数据 表现亮眼;针对特定应用场景,钢壳叠片电池工艺正走向量产。面向未来的资源与成本挑战,公司的钠 离子电池也已完成技术储备。这确保了豪鹏科技能够与全球顶尖品牌客户快速迭代的产品蓝图相匹配, 将能源痛点转化为创新亮点。 历经二十余年的发展,豪鹏科技始终坚信,要想穿越产业周期,还必须回归商业的本质与坚守。公司将 产品的安全(Safety)、品质(Quality)、交付(Delivery)置于成本(Cost)之前,这一"SQDC"理念是公司的立 业之本。正是对安全"零妥协"的追求,让公司在行业标准不断提升的今天,能够从容应对,并将严苛标 准转化为核心优势。这份长期主义,是赢得客户信赖的 ...
豪鹏科技(001283) - 2025年7月31日投资者关系活动记录表
2025-07-31 15:30
Group 1: Company Strategy and Market Positioning - The company aims to enhance profitability through new application scenarios, technology upgrades, and product innovations, particularly in the "AI+ solid-state" energy solutions sector [2][3] - The strategy involves transitioning from a "supplier" to a "product co-definer" by focusing on key brand clients and developing products that meet their specific needs [4] - The company has established long-term strategic partnerships with leading global brands, facilitating a positive cycle of "technology breakthroughs → value enhancement → capacity collaboration" [4][5] Group 2: Product Development and Technological Advancements - The company has made significant progress in solid-state technology, focusing on polymer, oxide, and sulfide routes, particularly for consumer-grade AI terminal applications [7] - The semi-solid battery has achieved a volumetric energy density of 950 Wh/L, addressing stability issues with innovative bonding interface technology [7] - The company is leveraging its expertise in small battery technology to meet the growing demand for high energy density in AI-related markets, such as smart wearables and AI PCs [5][6] Group 3: Research and Development Focus - The R&D team comprises experts from top global institutions and industry scientists, emphasizing a full-chain technical capability from material research to product application [6] - Future R&D investments will be concentrated on high-return, high-value AI+ business areas, with a focus on precision development in collaboration with key clients [6] - The company is committed to fostering a competitive environment for R&D talent through attractive compensation and equity incentives [6] Group 4: Market Opportunities and Client Engagement - The company is actively exploring the low-altitude economy, recognizing battery performance as a critical factor for the development of flying cars, requiring high safety and energy density [8] - The company has established stable partnerships with leading drone manufacturers, with product supply expected to double in 2025, indicating strong client engagement in the low-altitude sector [8] - The company is also expanding its client base in the low-altitude market, aiming to capitalize on future demand for eVTOL applications [8]