数据中心+液冷+储能，布局涵盖HVDC、液冷CDU等智算中心产品，细分电源产品全球份额第五，储能产 品在全球多个国家和地区交付落地，这家公司海外市场占比长期约50%。 前言 《电报解读》是一款主打时效性和专业性的即时资讯解读产品。侧重于挖掘重要事件的投资价值、分析 产业链公司以及解读重磅政策的要点。即时为用户提供快讯信息对市场影响的投资参考，将信息的价值 用专业的视角、朴素的语言、图文并茂的方式呈现给用户。 ...

深圳市盛弘电气股份有限公司 投资者关系活动记录表 | | √特定对象调研 □分析师会议 | | --- | --- | | 投资者关系 | □媒体采访 □业绩说明会 | | 活动类别 | □新闻发布会 □路演活动 | | | □现场参观 □其他（电话调研） | | | 红思客资产、久战久胜私募、浙江思悦投资、弘润资本（香 | | 参与单位名 称及人员姓 | 港）、熙宁投资、深圳北斗星投资、内蒙古博汇资产、深圳德 | | 名 | 远投资、金石资本、长江证券经纪（香港）有限公司、聚势 | | | 投资、华基投资等 | | 时间 | 2025 年 12 月 29 日 9:30-11:00 | | 地点 | 公司会议室 | | 上市公司接 | 董事会秘书胡天舜先生 | | 待人员姓名 | 投关总监张原先生 | | | 1、公司AIDC业务部成立半年有什么进展？ | | | 答：随着近几年AI及相关基建和配套领域的不断发展， | | 投资者关系 | 数据中心、智算中心的大规模建设，公司电能质量产品用于 | | 活动主要内 | 数据中心、智算中心的占比也显著提升。 | | 容介绍 | 公司组织了专门的团队在已有电能质量如 ...

智通财经APP获悉，中国银河证券发布研报称，中央经济工作会议12月10日至11日在北京举行。中央经 济工作会议通稿能源强国建设规划纲要，加快新型能源体系建设，扩大绿电应用，新能源依旧是十五五 发展中心，聚焦新质生产力与反内卷，风光储、AIDC、锂电、机器人有望全面受益。 AIDC海内外共振，电网及储能筑基 我国已建成全球最大物流、电力、通信等基建网络，AI加速全面发展，电力需求日益增长，北美AI缺 电担忧逐步强化，为适应人工智能+、绿色低碳转型等趋势，保障能源安全，现代化新基建势在必行。 1）AIDC：AI军备竞赛下智算需求助推AIDC高景气，未来供配电系统向800V HVDC高压直流演进，服 务器电源量利齐升，UPS和HVDC仍将长期并行发展，高电压等级HVDC渗透率有望在未来5年实现快速 提升，固态变压器SST是未来发展趋势。AI对电力消耗大，AI缺电担忧加剧，配储需求旺盛。AI电力设 备、储能、服务器电源优先受益。2）电网：新型电力系统持续推进，风光等可再生能源装机大，电网 建设需求旺盛，特高压及主网、配网数智化延续增长态势。全球电网投资高景气，经济复苏以及AI高 速发展，叠加新能源并网以及电网更新改造 ...

Core Viewpoint - The company is actively following trends in HVDC (High Voltage Direct Current) and is working on talent acquisition and product research in this area [2] Group 1 - The company is engaging with investors on its interactive platform regarding its strategic focus [2] - The company is prioritizing talent reserve and product pre-research related to HVDC applications [2]

长江证券研报指出，科华数据2025前三季度归母净利润3.44亿元，同比增加44.71%；Q3归母净利润1.01 亿元，同比增加711.41%，环比下降42.17%。三季度来看，预计公司新能源和数据中心产品业务同比均 实现了较好增速。收入方面，2025年以来，新能源海外收入大幅增加，欧美市场出货实现翻倍以上同比 增速。展望来看，全球数据中心基建需求快速扩容，公司加快推进液冷、HVDC、SST等新产品落地， 并积极推进海外客户产品白名单认证，有望充分受益互联网、通信等行业需求扩容；公司IDC业务滚动 发展，携手国产芯片厂商，基于自建异构算力平台及算力池，预计IDC收入保持增长；新能源业务盈利 有望持续改善，一是全球需求高增，公司持续开拓欧美市场，后续马来西亚产能启用，东南亚及中东出 货也有望形成增量，二是储能产品价格下探空间有限，减值损失有望大幅收窄；智慧电能业务预计保持 稳健。预计公司2025、2026年净利润分别为5、8亿元，维持"买入"评级。 ...

[Table_Summary] 公司 2025 前三季度营业收入 57.06 亿元，同比增加 5.79%；归母净利润 3.44 亿元，同比增加 44.71%；扣非净利润 3.00 亿元，同比增加 36.85%。单季度看，公司 2025Q3 营业收入 19.73 亿元，同比增加 18.65%，环比下降 21.59%；归母净利润 1.01 亿元，同比增加 711.41%，环 比下降 42.17%；扣非净利润 0.77 亿元，同比增加 423.44%，环比下降 52.86%。 丨证券研究报告丨 [Table_scodeMsg1] 联合研究丨公司点评丨科华数据（002335.SZ） [Table_Title] 科华数据 2025Q3 业绩点评：新能源海外收 入高增，加大研发布局 AIDC 出海 报告要点 分析师及联系人 [Table_Author] 邬博华 于海宁 曹海花 司鸿历 SAC：S0490514040001 SAC：S0490517110002 SAC：S0490522030001 SAC：S0490520080002 SFC：BQK482 SFC：BUX641 SFC：BVD284 请阅读最后评级说明和重 ...

Core Insights - The application of high-voltage direct current (HVDC) distribution technology is expected to significantly reduce energy consumption and improve power density in data centers, positioning HVDC as the future direction for AIDC power supply [1][3] - The global SST market is projected to exceed 100 billion by 2030, with SST expected to become the mainstream solution for AIDC external power supplies by 2029-2030 [1][3] Group 1: Domestic Market Insights - Domestic data center external DC power applications have advanced earlier, with two main technology routes: 240/336V modular HVDC power and Panama power, the latter showing high integration and efficiency up to 97.5% [2] - The domestic HVDC market is expected to exceed 80 billion by 2030, with a compound annual growth rate (CAGR) of approximately 122% from 2025 to 2030 [2] Group 2: International Market Dynamics - The core driver for overseas AIDC high-voltage direct current is the requirement for 800V DC power supply for the next-generation NV Rubin GPU, with significant penetration expected by 2027 [3] - The overseas HVDC market is projected to exceed 140 billion by 2030, with a CAGR of about 170% from 2025 to 2030 [3] Group 3: Technological Advancements - SST technology eliminates the need for frequency transformers, leading to significant improvements in size and efficiency, with domestic progress outpacing global developments [3][4] - International Tier 1 companies are actively seeking partnerships with domestic firms to develop HVDC power and SST solutions, indicating strong growth potential in the North American market [4] Group 4: Investment Recommendations - Key recommendations for comprehensive external power suppliers (SST + HVDC) include companies like Sungrow Power Supply and Jinpan Technology, while specific HVDC power recommendations include Zhongheng Electric and Keda Technology [5] - SST-focused recommendations include companies like Sifang Co. and China West Electric, with attention to core component manufacturers [5]

Core Insights - The report from CITIC Securities highlights investment opportunities in the computing power industry by 2026, emphasizing the growth certainty of leading companies and the importance of technological upgrades and local industrial clusters [1] Group 1: Growth of Leading Companies - Leading companies like NVIDIA require rapid iteration and response capabilities across the entire industry chain, making it difficult for companies with insufficient capabilities to enter or maintain their market share in NVIDIA's ecosystem [1] - The value of PCB (Printed Circuit Board) is expected to benefit from the adoption of orthogonal backplanes and advancements in CoWOP (Chip on Wafer on Package) technology [1] Group 2: Technological Upgrades - From 2025, power supply and cooling issues are anticipated to become bottlenecks in system solutions, with a growing need for stable and efficient power delivery systems, highlighting investment opportunities in HVDC (High Voltage Direct Current) and more efficient SST (Solid State Transformer) technologies [1] - As chip performance improves, cooling solutions will face increasing challenges, creating investment opportunities in liquid cooling plates, CDU (Cooling Distribution Unit), and UQD (Ultra-Quantum Dot) technologies [1] - The evolution of next-generation chip packaging solutions, such as microchannel lids, diamond substrates, and thermal interface materials, is identified as a crucial investment direction for enhancing AI chip performance [1] Group 3: Localization of the Industry Chain - The advantages of local industrial clusters are becoming evident as domestic companies accelerate the validation of upstream materials like copper-clad laminates, resins, fiberglass, and copper foil in the PCB industry, following the high market share of domestic downstream players [1] - Similar trends are observed in the optical module sector, indicating a broader shift towards local supply chains [1] Group 4: Order Spillover - The report notes that as leading companies experience order spillover, the entire industry chain is expected to exhibit high prosperity, with some companies gaining market share as a result [1]

Summary of the Electrotech Revolution Conference Call Industry Overview - The focus of the conference call was on the **Electrotech Revolution**, particularly in the context of **China's energy transition** and its implications for global energy dynamics [1][2][4]. Key Points and Arguments 1. **China's Emissions Trends**: - China's emissions have been flat or declining for the past 18 months, largely due to a shift towards electrotech solutions [1][4]. - The country has accounted for approximately **50% of global solar installations**, **60% of EV sales**, and two-thirds of global growth in power demand since 2019 [4]. 2. **Global Power Demand**: - In the first half of 2025, solar and wind energy met all growth in global power demand, with solar and wind generation increasing by **403 TWh** compared to **369 TWh** in total demand [2][4]. 3. **AI's Role in Energy Efficiency**: - AI is projected to enable around **13.5 EJ** of efficiency gains, significantly outweighing the **2 EJ** increase in power demand attributed to AI [1][6]. 4. **Drivers of Electrotech Growth**: - The growth of electrotech is driven by three main factors: physics (efficiency), economics (learning curves), and geopolitics (energy security) [3][104]. 5. **China's Dominance and Risks**: - China's leadership in manufacturing and deploying electrotech presents both opportunities and risks. A potential risk is the concentration of supply chains, which could stall the electrotech revolution if access to cheap clean tech is restricted [5][4]. 6. **Investment Implications**: - There is a call for investors to focus on profitable areas of the transition, highlighting opportunities in **HVDC**, low-voltage power electronics, and grid flexibility [15]. 7. **Future of Energy Systems**: - Electrotech is approximately **three times more efficient** than fossil fuel systems, with costs decreasing by about **20%** every time deployment doubles [13][114]. 8. **Emerging Market Dynamics**: - Emerging markets are reportedly leapfrogging in solar deployment, with two-thirds ahead of the US in solar uptake [67]. 9. **Electrotech vs. Fossil Fuels**: - The conference highlighted a potential battle between LNG and solar PV, with solar technology expected to have an advantage due to faster deployment and ongoing learning curves [14][166]. Additional Important Insights - The transition to electrotech is not just a response to climate change but is driven by fundamental forces of physics, economics, and geopolitics [174]. - The current fossil energy system is highly inefficient, with significant energy losses across production, transportation, and usage [108][111]. - The global energy landscape is shifting, with many countries past their peak fossil fuel demand, indicating a broader transition towards renewable energy sources [94][97]. This summary encapsulates the critical insights from the conference call regarding the Electrotech Revolution, emphasizing China's pivotal role and the broader implications for global energy markets.

Group 1: Investor Relations and Stock Incentives - The company has completed the vesting of its 2022 restricted stock incentive plan, with the first grant and the second vesting portion listed on April 15, 2025 [2] - The company emphasizes the importance of investor management and employee incentive mechanisms, planning to develop long-term stock incentive plans based on actual development and performance goals [2][3] Group 2: AIDC Business Development - The company established a dedicated team in June 2025 to enhance its energy quality products for data centers and intelligent computing centers, focusing on new product development [3] - The company aims to become a comprehensive energy solution provider for AIDC, continuously innovating products and expanding business areas [3][4] Group 3: HVDC Product Progress - The company is actively researching HVDC technology, which is becoming a preferred power supply mode for AIDC due to its advantages in efficiency and cost [4] - The new generation of 800V HVDC systems is expected to improve system efficiency and reduce copper consumption, enhancing competitiveness in the AIDC market [4] Group 4: Energy Storage and Market Trends - North America is experiencing a power shortage, with rising electricity prices and increasing demand from data centers, making energy storage a key solution for flexibility and reliability [5] - The company plans to align its products with market needs and enhance its market share in energy storage solutions [5] Group 5: Charging Station Growth - The charging station industry is in a competitive phase, with the government aiming to build 28 million charging facilities by the end of 2027 to meet the demand of over 80 million electric vehicles [6] - The company has launched advanced charging solutions for heavy-duty electric trucks, enhancing its market position in this segment [6] Group 6: Profit Margin and Future Strategies - The company aims to maintain stable profitability across its product lines by optimizing product efficiency and enhancing high-value product ratios [7] - Future investment and acquisition plans will focus on core areas such as power quality, energy storage, and charging stations, with a strategic approach to enhance competitiveness [7]