华阳集团系列 车中旭霞 深度报告 《国信证券-华阳集团-002906-深度报告：汽车电子核心企业，打造智能座舱全生态》——20220609 点评报告 《国信证券-华阳集团-002906-中报点评 ： 单二季度净利润同比增长29%，汽车电子和精密压铸业务持续增长 》—— 20250824 《国信证券-华阳集团-002906-一季报点评 ： 一季度收入同比增长25%，汽车电子和精密压铸产品持续放量》——20250429 《国信证券-华阳集团-002906-年报点评 ： 单四季度收入同比增长42%，汽车电子产品量价双升》——20250401 《国信证券-华阳集团-002906-三季度业绩点评：单三季度净利润同比增长54%，汽车电子新产品、新客户持续放量》—— 20241101 《国信证券-华阳集团-002906-三季度业绩预告点评：单三季度归母净利润预计同比增长41%-62%，汽车电子收入同比大幅增 长》——20241016 《国信证券-华阳集团-002906-中报点评：单二季度净利润同比增长39%，汽车电子和精密压铸持续放量》——20240821 《国信证券-华阳集团-002906-一季报点评：一季度净利润同比增 ...

证券代码：002906 证券简称：华阳集团 惠州市华阳集团股份有限公司投资者关系活动记录表 编号：2025-009 | | 特定对象调研 | □分析师会议 | | --- | --- | --- | | | □媒体采访 | □业绩说明会 | | 投资者关系活动类 别 | □新闻发布会 | □路演活动 | | | □现场参观 | | | | □其他 | （请文字说明其他活动内容） | | | 国信证券 | 唐旭霞、杨钐、林莺、闵晓平、傅嘉良、林蔚 | | | 鹏扬基金 巩海 | | | | 杭银理财 曹祥、郑亮 | | | | 长江证券 胡加琪、童松、张扬 | | | | 野村证券 应重熙 | | | | 国联民生证券 辛鹏 | | | | 光大自营 陈峰 | | | | 长城证券 金瑞 | | | | 乐世资本 舒畅然 | | | | 华西证券 陈乐音 | | | | 中信证券 卢华权 | | | 参与单位名称及人 员姓名 | 盛熙基金 谢丙东 | | | | 泽泉投资 马海华 | | | | 东方证券 李疆 | | | | 景领投资 宋玖伟 | | | | 国海汽车 陈飞宇 | | | | 光大保德信基金 ...

Core Viewpoint - The company reported significant growth in revenue and net profit for the first half of 2025, driven by strong performance in its automotive electronics and precision die-casting segments, despite a complex external environment [5][6][10]. Financial Performance - The company achieved operating revenue of 5.311 billion yuan, a year-on-year increase of 26.65%, with net profit attributable to shareholders reaching 341 million yuan, up 18.98% [5][6]. - In Q2 2025, the company recorded operating revenue of 2.822 billion yuan, a 28.10% increase year-on-year, and net profit of 186 million yuan, up 28.52% [5][6]. Business Segments - **Automotive Electronics**: Revenue from automotive electronics reached 3.788 billion yuan, growing 23.37% year-on-year. The company maintained the top market share in HUD products and wireless charging in China, with global market share rising to second place [6][10]. - **Precision Die-Casting**: This segment saw revenue of 1.292 billion yuan, a 41.32% increase year-on-year, driven by components for automotive intelligence and new energy vehicles [6][10]. Order Growth - The company reported significant growth in new orders for automotive electronics, including products like display screens and digital acoustics, with new projects from major international and domestic clients [8][9]. Technological Advancements - The company increased R&D investment to 440 million yuan, representing 8.29% of revenue, with advancements in automotive electronics and precision die-casting technologies [10][11]. - New products such as VPD and AR-HUD were launched, enhancing user experience and maintaining technological leadership [10][11]. Capacity Expansion and Globalization - The company is expanding production capacity and pursuing overseas operations, with new facilities in Huizhou and Shanghai, and subsidiaries established in Thailand and Mexico [12].

Core Viewpoint - The article emphasizes the importance of mastering key technologies and maintaining control over the manufacturing sector, particularly in the automotive industry, where China is accelerating its leadership in the global electric vehicle market. The urgent need to address the domestic automotive chip supply chain issues is highlighted [1]. Group 1: Chip Development and Innovation - China Electronics Technology Group Corporation (CETC) is advancing its business layout to create a reliable and low-cost automotive chip supply chain, focusing on key technology development for "bottleneck" chips [1][2]. - CETC has achieved significant milestones in the development of various automotive chips, including over 50 types across seven categories, with 12 new models certified and 8 key products included in industry recommendations for mass production [2]. - The company has successfully supplied over 10 million power chips, meeting the needs of more than 2.5 million electric vehicles, and has made breakthroughs in SiC MOSFET technology [2]. Group 2: Application and Verification - CETC is actively optimizing designs and validating domestic chips in various automotive systems, delivering over 9 million automotive electronic products to mainstream car manufacturers [3]. - The company has developed a T-BOX production line that utilizes self-developed control chips for automated production, enhancing the integration of various sensing technologies in intelligent driving products [3]. Group 3: Software Adaptation and Ecosystem - In 2024, CETC was recognized as one of the first central state-owned enterprises to contribute to open-source ecosystem construction, launching the "EasyXMen" safety vehicle control operating system [4]. - The company has completed the adaptation of 17 chip models within its vehicle control operating system, facilitating the integration of advanced driver-assistance systems (ADAS) and other applications [4]. Group 4: Production Capacity and Technological Advancements - CETC has made significant technological breakthroughs in chip manufacturing processes, covering various technologies such as E-flash, CMOS, and SiC MOSFET, to meet the demand for automotive chips [5]. - The establishment of a reliable supply chain for automotive chips is supported by the completion of quality certification for multiple production lines, including a 6-inch specialty analog integrated circuit line [5]. Group 5: Strategic Planning and Resource Allocation - CETC is actively undertaking numerous major tasks and projects, leveraging national and local financial support, and planning to introduce social equity investment funds to bolster automotive chip technology and industry development [6]. - The company aims to cultivate new productive forces and advantages through targeted technological breakthroughs and product development [6]. Group 6: Quality Assurance and Standards - CETC has achieved multiple quality management certifications and is advancing the certification of core chips for functional safety, enhancing its capability to support high-quality transformation [7]. - The company is committed to implementing national policies and advancing the automotive chip business to ensure the safety of the supply chain [7].

Core Insights - The collaboration between Zhongshan Industrial Technology Research Institute and various universities has led to the establishment of a robust innovation ecosystem, resulting in the incubation of 223 technology companies and nearly 100 projects at the municipal level [2][4]. Group 1: Company Developments - Audo Technology, a company focused on automotive intelligent core components and vehicle networking, has grown its annual output value from 200 million yuan to an expected 800 million yuan this year [3]. - Precision Optical Technology Co., Ltd. has developed an intelligent optical fiber early warning system for safety monitoring in engineering projects, gaining market recognition [3]. - Guangdong Jingcui Biotechnology Co., Ltd. produces natural plant surfactants for various cleaning products, with an annual output of approximately 400 tons and over 200 clients [5]. - Guokai Ruino (Zhongshan) Biotechnology Co., Ltd. has developed water-soluble chitosan technology to address chronic wound issues, with an expected annual output value exceeding 80 million yuan [6]. - 聚云软件科技有限公司 has established a bridge collision warning monitoring center, addressing safety concerns in the shipping industry [7]. - Guangdong Zhengde Material Surface Technology Co., Ltd. has developed advanced nano-composite surface coating materials, achieving import substitution and securing 20 million yuan in angel round financing [8][9]. Group 2: Innovation and Support Mechanisms - The establishment of a market-oriented research institute platform has facilitated deep integration of industry, academia, and research, with over 200 scientists engaged in various projects [4]. - Continuous financial support from Zhongshan's technology bureau has been crucial for the growth of innovative enterprises, with policies updated to enhance the incubation system [6]. - The collaboration between scientists and entrepreneurs has proven effective in transforming scientific achievements into marketable products, thereby bridging the gap in technology commercialization [9].

Core Insights - The automotive rental industry is undergoing a transformation towards "unperceived travel" through self-service models, significantly enhancing user experience and operational efficiency [1][2][4]. User Experience Leap: From "Efficiency Anxiety" to "Unperceived Service" - Self-service car rental processes have drastically reduced the time required for vehicle pickup, with users reporting a shift from waiting times of up to 30 minutes to just seconds [2]. - Transparency in fuel consumption has improved, with digital keys allowing precise measurement of fuel usage down to 0.1 liters, addressing a major source of consumer complaints [4]. Cost Reduction and Efficiency Improvement for Rental Companies - The implementation of digital keys has increased employee efficiency, allowing one staff member to manage 75-100 vehicles compared to the traditional 10-15, resulting in nearly a fivefold increase in productivity [5]. - The use of digital keys has led to significant cost savings in fuel management, with estimated annual savings of over one million yuan for companies managing large fleets [5][10]. Platform Ecosystem Reconstruction: Data-Driven Smart Upgrades - Rental platforms are enhancing their management capabilities through real-time data access, improving user experience by ensuring vehicle availability during peak times [7]. - Digital keys enable cross-city vehicle returns, breaking spatial barriers and allowing users to return vehicles at different locations seamlessly [8]. Global Competition: China's Model of Overtaking - China's self-service rental model, exemplified by Shenzhou Car Rental, has achieved a 100% self-service capability, surpassing international competitors in efficiency and user experience [11]. Digital Keys as a Key Driver of New Productive Forces in the Rental Industry - The technology behind digital keys is maturing, with companies like Good Man Good Car adapting to a wide range of vehicle models, enhancing reliability and stability [13]. - The integration of digital keys into smart connected vehicle standards is promoting industry growth, with new standards being adopted by major automotive manufacturers [14]. Policy Support Favoring Industry Development - The Chinese government is providing financial support for rental companies to adopt digital key technology, particularly in the context of new energy vehicles and smart transportation initiatives [15].

Group 1: Industry Outlook and Company Strategy - The automotive electronics industry is expected to evolve towards intelligence, connectivity, integration, and sustainability, driven by advancements in AI, IoT, and big data [2][3] - Integration design will become a key trend, enabling modular, standardized, and universal automotive electronic products, which will lower production costs and enhance efficiency [2] - The company aims to enhance competitiveness through increased R&D investment, optimizing team structure, and developing unique products to meet diverse customer needs [3] Group 2: Financial Performance - In 2024, the company achieved operating revenue of 843.17 million yuan, an increase of 11.13% year-on-year, with a net profit of 45.30 million yuan [3] - For Q1 2025, the company reported operating revenue of 226.37 million yuan, a year-on-year growth of 14.83%, and a net profit of 12.01 million yuan, up 22.37% [3] Group 3: New Energy Business Development - The company is actively expanding into the new energy sector, focusing on electric vehicle components, with revenue from new energy products reaching 117 million yuan in 2024, a 47.19% increase from the previous year [4] - Future plans include increasing R&D investment in new energy vehicle components and smart driving technologies to enhance market share [4] Group 4: R&D and Product Development - Current R&D projects focus on electric vehicle systems, smart driving components, and high-end mold technology, aiming to adapt to trends in electrification, intelligence, and low carbon [5] - The company has developed products for smart driving and high-voltage platforms, entering the supply chains of major suppliers like Continental and Bosch [5] Group 5: Corporate Governance and Future Plans - The company is committed to a stable dividend policy to enhance investor confidence and share development results with shareholders [5] - There are ongoing explorations for potential mergers and acquisitions, with compliance to legal and regulatory requirements [5]

Core Insights - The Ministry of Industry and Information Technology (MIIT) has released key points for automotive standardization work for 2025, focusing on enhancing standards for intelligent connected vehicles [1] Group 1: Autonomous Driving Standards - The initiative aims to promote the approval and implementation of standards for autonomous driving design and operational conditions, automated parking, and simulation testing [1] - There is an emphasis on accelerating the development of mandatory national standards for the safety requirements of autonomous driving systems, establishing a safety baseline for these systems [1] Group 2: Driving Assistance Systems - The MIIT plans to expedite the revision of mandatory national standards for combined driving assistance systems and automatic emergency braking systems, as well as update lane-keeping assistance system standards [1] - The development of standards for reversing assistance and other driving assistance products is also prioritized to enhance safety levels [1] Group 3: Connectivity and Information Security - The initiative includes the promotion of standards for LTE-V2X direct communication vehicle information interaction systems, advancing the application of connected features such as platooning, digital keys, and connected information assistance [1] - There is a focus on publishing and implementing standards for information security engineering, accelerating the formulation of mandatory national standards for automotive passwords, and reviewing data security management systems [1] Group 4: Intelligent Cockpit and AI Standards - The MIIT is working on the development of standards for intelligent cockpit functionality evaluation, interaction safety, and biological retention monitoring, aiming to improve the standard system for intelligent cockpits and human-machine interaction [1] - Preliminary research on standards for automotive artificial intelligence is being conducted to lead the integration and application of new technologies [1]