调研纪要：利元亨公司展望未来1-2年国内动力电池设备市场增长将趋于结构化，增量空间主要来自头 部电池厂商的设备更新与迭代需求及新型生产设备需求。公司通过研发、全球化经营和服务网络建设、 消费电池与动力电池业务协同发展来提升竞争力。大客户战略使公司经营质量与财务表现提升，包括毛 利率改善、费用率下降等。未来将继续推进精细化管理和高效运营。公司聚焦下一代连续化生产的等静 压设备，联合电池材料企业和电芯制造商共同开展技术攻关。固态电池量产化需解决制片段工艺路线、 电极与电解质复合技术、胶框印刷及封装环节、高压化成环节等多个关键环节的技术挑战。公司竞争优 势基于技术标准积淀、与客户的合作深度和技术验证建立的信任关系。期间费用下降得益于运营效率提 升与组织优化，未来将继续加强客户款管理、提升项目运营及资金周转效率，优化研发策略，聚焦核心 客户与拳头产品，加强成本管控。 证券之星消息，根据市场公开信息及8月26日披露的机构调研信息，东方阿尔法基金近期对1家上市公司 进行了调研，相关名单如下： 1)利元亨(东方阿尔法基金参与公司电话会议) 东方阿尔法基金成立于2017年，截至目前，资产管理规模(全部公募基金)52.78亿元 ...

根据市场公开信息及8月26日披露的机构调研信息，知名私募健顺投资近期对2家上市公司进行了调研，相关名单如下： 调研纪要：利元亨公司展望未来1-2年国内动力电池设备市场增长将趋于结构化，增量空间主要来自头部电池厂商的设备更新与迭代需求及新型生 产设备需求。公司通过研发、全球化经营和服务网络建设、消费电池与动力电池业务协同发展来提升竞争力。大客户战略使公司经营质量与财务 表现提升，包括毛利率改善、费用率下降等。未来将继续推进精细化管理和高效运营。公司聚焦下一代连续化生产的等静压设备，联合电池材料 企业和电芯制造商共同开展技术攻关。固态电池量产化需解决制片段工艺路线、电极与电解质复合技术、胶框印刷及封装环节、高压化成环节等 多个关键环节的技术挑战。公司竞争优势基于技术标准积淀、与客户的合作深度和技术验证建立的信任关系。期间费用下降得益于运营效率提升 与组织优化，未来将继续加强客户款管理、提升项目运营及资金周转效率，优化研发策略，聚焦核心客户与拳头产品，加强成本管控。 机构简介： 上海健顺投资管理公司成立于2006年4月，是由北京大学校友合作发起的，致力于资本市场投资管理及咨询服务的专业投资管理公司，公司资产管 理投 ...

Investment Rating - The investment rating for the company is "Buy" [1] Core Views - The company's H1 2025 revenue was 470 million yuan, a decrease of 16% year-on-year, with a net profit of 50 million yuan, down 48% year-on-year. The second quarter saw a revenue of 240 million yuan, with a quarter-on-quarter decrease of 12% and a year-on-year increase of 3% [7] - The order backlog has rapidly increased, reaching 2.01 billion yuan by June 30, 2025, with over 30% of orders coming from overseas, which have higher profit margins compared to domestic orders [7] - The company is advancing its internationalization strategy by establishing a regional headquarters in Hainan Free Trade Port in August 2025, which is expected to enhance profitability [7] - The company is set to launch isostatic pressing equipment in the second half of 2025, with ongoing development in dry electrode and solid-state battery technologies [7] - The company maintains profit forecasts of 160 million yuan, 240 million yuan, and 370 million yuan for 2025, 2026, and 2027 respectively, with corresponding P/E ratios of 56, 38, and 25 [7] Financial Summary - Total revenue for 2023 is projected at 945.51 million yuan, with a year-on-year growth of 25.03%. The revenue is expected to reach 1,879.81 million yuan by 2027, reflecting a growth rate of 37.04% [1][8] - The net profit attributable to shareholders is forecasted to be 123.83 million yuan in 2023, increasing to 373.99 million yuan by 2027, with a growth rate of 55.69% [1][8] - The latest diluted EPS is expected to be 0.79 yuan in 2023, rising to 2.39 yuan by 2027 [1][8] - The company's asset-liability ratio stands at 54.10%, with a total market capitalization of approximately 9.17 billion yuan [5][6]

Summary of Solid-State Battery Equipment Conference Call Industry Overview - The report focuses on the solid-state battery industry and the critical role of isostatic pressing technology in the manufacturing process of solid-state batteries [1][2][6]. Key Points and Arguments - **Types of Isostatic Pressing**: Isostatic pressing technology is categorized into cold isostatic pressing, warm isostatic pressing, and hot isostatic pressing, each with distinct characteristics. Cold isostatic pressing is cost-effective but has lower densification rates (80%-90%). Warm isostatic pressing balances cost and densification (90%-95%), making it suitable for solid-state batteries. Hot isostatic pressing achieves the highest densification (over 99.8%) but is expensive and not suitable for mass production [1][4][9]. - **Bottlenecks in Isostatic Pressing**: The main bottlenecks in isostatic pressing technology for solid-state batteries include the design of the chamber, precision in temperature and pressure control, and the ability to rapidly heat and pressurize. The chamber must withstand high temperatures and pressures (up to 600 MPa), and the temperature and pressure must be controlled within strict tolerances [2][13]. - **Importance of Isostatic Pressing**: Isostatic pressing is essential for achieving uniform pressure distribution, which improves the contact between solid interfaces in batteries. This is crucial for enhancing battery performance and reducing resistance [6][7]. - **Production Capacity Challenges**: The current production process is not continuous, which limits scalability. The heating and pressurization processes are time-consuming, impacting overall production capacity [3][14]. - **Regulatory Environment**: Hot isostatic pressing equipment must comply with safety regulations and undergo approval, while cold and warm isostatic pressing equipment has lower regulatory barriers, facilitating domestic production [10]. Notable Companies and Developments - **Leading Companies**: Several companies are at the forefront of isostatic pressing technology, including Swedish Quintus, China's Baotou Kefa, and others. Major battery manufacturers like LG, Samsung, BYD, and CATL are also involved in developing related technologies [11][19]. - **A-Share Companies to Watch**: In the A-share market, companies such as XianDiao Intelligent, Nacronor, and Liyuanheng are highlighted for their competitive positions in the solid-state battery equipment sector [20]. - **International Competitors**: Korean companies like Hana and m plus are making significant strides in supplying isostatic pressing equipment to major battery manufacturers [19]. Additional Important Insights - **Future Value of Isostatic Equipment**: The value of isostatic pressing equipment in the battery production process is projected to be significant, with estimates suggesting that the value per machine could reach several tens of millions of yuan as production scales up [12]. - **Technological Advancements**: Companies are developing advanced isostatic pressing equipment with capabilities to meet the high demands of solid-state battery production, including larger chamber sizes and improved automation for efficiency [16][18]. - **Market Dynamics**: The restrictions on importing high-pressure equipment due to international agreements like the Wassenaar Arrangement favor domestic manufacturers of cold and warm isostatic pressing equipment, enhancing their market position [10].

对话产业链大佬 - 固态电池头部设备厂专家详解等静压设 备 20250821 摘要 国产 MLCC 设备已全面采用该技术，部分等静压设备已应用于超级电感 领域并对外供货，反映了公司在被动电子元件制造装备领域的领先地位。 等静压技术通过提高固态电解质接触面的结合度，有效降低固态电池的 电阻率，是目前解决固固界面结合问题的关键技术，尤其温等静压机被 视为未来固态电池制造的关键设备。 温等静压机通过控制介质温度，提高材料流动性和粘合力，从而提高成 型密度，更适用于对温度敏感的固态电池材料，其性能优于冷等静压机 和热等静压机。 市场上常见的固态电池用等静压设备压力范围为 100-600 兆帕，直径 400-450 毫米，工作介质包括水、导热油和气体，公司正在研发 1,500 兆帕设备用于特殊用途。 国产温等静压机价格约为进口同类设备的三分之一，且质量不逊于进口 产品，已获华为等企业采购并稳定运行一年以上，表明国产设备在性价 比上具有优势。 Q&A 固态电池设备在国内的发展情况如何？ 在 2020 年和 2021 年之前，国内固态电池设备主要依赖进口，特别是温等静 压设备，这些进口设备受瓦森纳协议的管制，需要最终用户协 ...

Investment Rating - The report maintains an "Accumulate" rating for the solid-state battery equipment industry [4]. Core Insights - Solid-state batteries, utilizing solid electrolytes, are recognized as the most promising new battery technology, addressing the low energy density and safety concerns of current lithium-ion batteries. The industry is expected to exceed 100 billion yuan for all-solid-state batteries and 180 billion yuan for the solid-state battery industry by 2030 [1][33]. - The production processes for solid-state batteries will undergo significant changes, leading to new equipment demands. Key processes include dry electrode preparation, electrolyte transfer coating, and isostatic pressing technology, which will require new production equipment compared to traditional liquid lithium batteries [1][2][38]. Summary by Sections 1. Solid-State Battery: Future Battery Technology Direction - Solid-state batteries replace liquid electrolytes with solid electrolytes, significantly enhancing performance and safety, making them the future direction for power batteries [15][19]. - Solid-state batteries offer high energy density, safety, long cycle life, and a wide operating temperature range, addressing critical issues in current power batteries [20][30]. 2. Technology Iteration and Equipment Development Opportunities - The manufacturing processes for all-solid-state batteries will change, creating new equipment needs. The introduction of new processes and equipment upgrades will significantly increase investment in solid-state battery production lines [2][38]. - The front-end processes will see the introduction of dry electrode and solid electrolyte film preparation equipment, which is more compatible with solid-state batteries [2][41]. - Stacking technology will become mainstream in the mid-process, with isostatic pressing introduced to solve issues related to porosity and insufficient contact [2][54]. - High-pressure formation equipment will be necessary in the later stages to optimize battery performance by enhancing contact area and reducing interface resistance [2][63]. - Soft-pack packaging is highly compatible with solid-state batteries, providing advantages in thermal management and structural stability [2][66]. 3. Investment Recommendations - The report suggests focusing on companies involved in solid-state battery equipment, including Naconor, Honggong Technology, Mannester, Liyuanheng, Xianhui Technology, Xinyuren, Xiandai Intelligent, Hangke Technology, Yinghe Technology, Lianying Laser, and Haimeixing [3].

Summary of Key Points from Conference Call Industry Overview - The focus is on the solid-state battery industry, particularly the development of isostatic pressing equipment which is crucial for enhancing battery life and performance [1][2][4][22]. Core Insights and Arguments - **Isostatic Equipment Development**: Domestic companies are in the early stages of research and development for isostatic equipment, with notable progress from companies like Nakanor and Xian Dao Intelligent. However, many are still in the sample testing phase, indicating significant R&D challenges [1][3][4][22]. - **Solid-State Battery Production**: The mass production of solid-state batteries is approaching, with critical attention needed on both equipment (isostatic, dry forming, stacking) and materials (lithium sulfide, electrolytes, and upstream materials) [1][5]. - **Market Sentiment on Lithium Sulfide**: There is no consensus on the production process for lithium sulfide, with multiple methods being explored, similar to the competitive landscape seen in lithium hexafluorophosphate [1][6]. - **Advantages of Afternoon New Energy**: Afternoon New Energy is highlighted for its strengths in solid-state electrolytes and electrode materials, particularly in CVD process for lithium sulfide [1][7]. - **Photovoltaic Industry Trends**: The photovoltaic sector is experiencing price increases for polysilicon and silicon wafers due to supply-side reforms, with a positive outlook despite existing market uncertainties [1][8][9][10]. - **AI DC Power Equipment**: There is growing interest in AI DC power equipment, particularly in relation to Meta's liquid cooling initiatives, with a focus on capital expenditures from major overseas manufacturers [1][11]. - **Humanoid Robotics**: The upcoming World Robot Conference is expected to catalyze interest in the humanoid robotics sector, with strategic investments from companies like LG Electronics [1][12]. - **Wind Power Sector Recovery**: Wind turbine prices are showing signs of recovery, which is beneficial for turbine manufacturers [1][13]. Additional Important Insights - **Importance of Isostatic Technology**: Isostatic technology is essential for ensuring the tight contact between the positive electrode, solid electrolyte, and negative electrode, which is critical for achieving over 1,000 cycles of performance [1][16]. - **Investment Opportunities**: The market views investment opportunities in the isostatic segment favorably due to the scarcity of suitable targets. Companies like Jinlihua Electronics are attracting attention for their potential in lithium battery isostatic equipment [1][17]. - **Company Developments**: Nakanor is the only company currently offering isostatic equipment for lithium batteries, with plans to release prototypes soon. Their market position is not yet fully reflected in their valuation [1][20][21]. - **Future Market Dynamics**: The solid-state battery production process requires significant advancements in isostatic equipment, with current capacities needing to scale from 100 liters to 2000 liters to meet production demands [1][22]. - **Monitoring Other Companies**: Companies like Xian Dao Intelligent should also be monitored for potential developments in the lithium battery sector, as their progress could impact overall investment evaluations [1][23].

Summary of Solid-State Battery Equipment Conference Call Industry Overview - The solid-state battery technology landscape is diverse, with China shifting from oxide to sulfide halide systems, although most technologies remain below pilot production levels [1][2] - Companies are establishing experimental and pilot lines based on their capabilities, with production capacities increasing sequentially [1] Key Points and Arguments - **Technology Routes**: The solid-state battery equipment technology route is not yet standardized, with disagreements on dry vs. wet methods. Leading companies prefer a holistic approach to material and preparation methods, generally favoring wet methods for anodes and dry methods for cathodes [1][4] - **Production Capacity**: Experimental lines produce a few samples daily for initial testing, while pilot lines can produce dozens of consistent samples for further performance validation. Pilot lines are close to mass production levels [4] - **Core Equipment**: Key equipment for dry processing includes air flow pulverizers, twin-screw extruders, and high mixers. Challenges include ensuring uniform material dispersion, preventing particle agglomeration, and enhancing fiber strength and process stability [5][6] - **Market Equipment**: The market lacks specialized fiberization equipment, relying on high mixers and blending machines that require extensive customization to meet battery material specifications [8] - **Dynamic Assessment**: The Ministry of Industry and Information Technology (MIIT) employs a dynamic assessment mechanism for solid-state battery projects, requiring companies to meet specific production targets by year-end to avoid elimination from funding support [3][26] Additional Important Insights - **Roll Press Machines**: These machines are used to form sheets from powders but face challenges in transitioning from constant to differential rolling speeds and enhancing roller hardness and corrosion resistance [3][10] - **Transfer Equipment**: Various techniques such as thermal transfer, rolling transfer, and 3D printing are used to create ultra-thin electrolyte films between electrodes. 3D printing is still primarily in experimental stages due to lower production efficiency [12][13] - **Gluing Frame Printing**: This technology is essential for maintaining spacing between electrodes in solid-state batteries, with several implementation routes available, including screen printing and 3D printing [14][15] - **Client Base**: The company’s main clients include automotive manufacturers, energy storage companies, and leading battery cell manufacturers, with a significant portion of orders coming from battery cell companies due to their involvement in national projects [25] Conclusion The solid-state battery equipment industry is evolving with various technological challenges and opportunities. The focus on dynamic assessments by regulatory bodies and the need for specialized equipment highlight the competitive landscape and the importance of innovation in this sector.

Summary of Key Points from Conference Call Records Industry Overview - **Pharmaceuticals**: The focus is on innovative drugs and price optimization in the procurement process. Over 100 drug varieties are applying for inclusion in the innovative drug directory as of July 24, 2025 [1]. The 11th batch of centralized procurement has started, emphasizing the principle that new drugs will not be included in centralized procurement [1]. - **Vaccines**: Companies like Zhifei Biological and Nanjing Xinbai are expanding their vaccine pipelines, with a total of 15 products expected to be launched by the end of 2024 [2]. - **Liquid Cooling Technology**: The adoption of liquid cooling in high-end AI chips is increasing, with predictions that over 50% of new data center projects will use liquid cooling technology by 2025 [6]. The global data center cooling market is expected to grow from $18.78 billion in 2025 to $42.48 billion by 2032 [6]. - **Coal and Steel Industries**: The coal industry is experiencing price increases due to high demand driven by power consumption [12]. The steel industry is facing intense price competition, with a focus on improving product quality and phasing out outdated capacity [13]. Core Company Insights - **KQ-2003 CAR-T Therapy**: Key partnership between Kayi Pharmaceutical and ERIGEN LLC for the exclusive overseas licensing of KQ-2003, with potential milestone payments reaching $1.33 billion [2]. - **Nanjing Xinbai**: Introduced the first FDA-approved CAR-T therapy for solid tumors, currently in Phase III clinical trials [2]. - **Hainan Rubber**: The company is the largest natural rubber producer in China, with a significant market share and plans for joint ventures in the duty-free sector [27]. - **Jinlong Co.**: Engaging in the acquisition of Shenzhen Benmao Technology to enhance its capabilities in intelligent computing centers [23]. Additional Important Information - **Regulatory Changes**: The National Development and Reform Commission is seeking public opinion on a draft amendment to the Price Law, aiming to regulate unfair pricing behaviors and combat "involution" in competition [11]. - **Market Dynamics**: The coal and steel industries are under pressure to stabilize prices and improve quality, with government interventions to curb excessive competition [12][13]. - **Technological Advancements**: The development of static pressure equipment is crucial for solid-state battery production, with significant market potential exceeding 10 billion yuan [19]. Conclusion The conference call records highlight significant developments across various industries, particularly in pharmaceuticals, vaccines, liquid cooling technology, and traditional sectors like coal and steel. Companies are adapting to regulatory changes and market demands while exploring innovative partnerships and technological advancements to maintain competitive advantages.

Investment Rating - The report rates the electric equipment industry as "Positive" [3] Core Viewpoints - The all-solid-state battery industry is currently in its initial development stage, with significant challenges related to material and equipment that need to be overcome for mass production [2][36] - The report suggests that the all-solid-state battery may be at a similar stage to the new energy vehicle industry in 2009-2010, characterized by policy catalysis, technology convergence, and supply chain improvement [36] - It is anticipated that small-scale production of all-solid-state batteries may begin around 2027, with large-scale production expected after 2030 [36] Summary by Sections Industry Overview - The all-solid-state battery technology has made initial progress, primarily focusing on sulfide electrolytes, but faces significant challenges, particularly with the solid-solid interface [2][10] - The report identifies the solid-solid interface as a critical issue, which is influenced by both material properties and manufacturing processes [10][20] Material Challenges - The main materials for all-solid-state batteries include solid electrolytes, with sulfide electrolytes being the focus. Key challenges include air sensitivity and the need for cost reduction [18] - The cost of lithium sulfide, a core material, is currently high due to limited production capacity, with prices previously at 1000 RMB/g and expected to reach 500,000 RMB/ton as a potential industrialization milestone [18] Equipment and Manufacturing - The report highlights the importance of pressure in both the manufacturing and operational phases of all-solid-state batteries, with specific attention to the need for appropriate stacking pressure to ensure effective ion transport [20][23] - Equipment such as isostatic pressing is crucial for maintaining solid-solid contact during manufacturing, but scalability remains a challenge [23][26] Performance Metrics - The report emphasizes that the core performance metrics for all-solid-state batteries will focus on cycle stability and rate performance, particularly after multiple cycles of use [28] - Current industry standards suggest that single-cell power batteries should achieve a cycle life of 1000-1500 cycles, with a capacity retention rate of at least 80% [27][28]