近日，海博思创基于 MagicBlock 模块化平台全新推出的 HyperBlock M 大型储能系统，成功完 成批量生产和现场交付工作。 作为引领储能行业模块化产品革新的标杆之作，该系统以模块化、灵 活性、经济性为核心定位，凭借创新设计为储能行业的规模化发展与高效运营破局赋能。 HyperBlock M 突破性地采用了灵活组合的开放式系统架构， 将传统 20 英尺集装箱优化为10 英尺 标准单元，显著提升了运输与现场部署效率，尤其在物流条件受限的地区更具适配性。 该产品搭载 400kW PCS 与实时监控系统，可精准追踪充放电容量、运行效率及电池健康状态，为客户提供从快速 部署到长期稳定运行的全周期保障。 值得关注的是，该产品应用先进的全工况 24 小时全时均衡技术与 智能热管理寻优算法，可使全生命周期可用电量提升超 3.5%，系统能耗降低 10%。 作为行业内首款基于模块化技术平台打造，并实现规模化应用的储能系统产品， HyperBlock M 精 准直击行业大规模物流运输效率低、场地适配性受限、运维成本偏高、灵活扩容难度大等核心痛点，实 现了多项关键技术突破。 此前， 该系统已顺利通过严苛系统认证，全面 ...

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在新型电力系统加速构建的关键阶段，金融资本与储能产业的深度融合正成为行业发展的 核心驱动力。2月2日，北京海博思创科技股份有限公司（简称"海博思创"）与中银金融租 赁有限公司（简称"中银金租"）举行合作签约仪式，为储能行业注入金融动能。 当前，储能行业步入发展的新阶段。 海博思创创始人、董事长、首席执行官张剑辉表示，随着 136号文（《关于深化新能源上网电价市场化改革 促进新能源高质量发展的通知》）推动新能源 市场化改革持续深化，114号文（《关于完善发电侧容量电价机制的通知》）明确新型储能电站 容量电价政策支持，储能产业正从政策驱动全面转向价值驱动。海博思创紧扣行业趋势，在"储 能+X"战略指引下，在独立储能电站等多场景取得丰硕成果。 在与会嘉宾共同见证下，海博思创董事会秘书、首席财务官高书清与中银金租党委副书记、总裁 张丽涛分别代表双方签署合作协议。这标志着双方合作进入全新阶段，中银金租将充分发挥其资 金规模、市场地位及专业经验优势，全面支持海博思创及其参与的绿色能源发展与建设。 未来，双方将以此次合作为契机，充分发挥各自在产业技术与金融资本领域的核心优势，携手探 索储能资产与金融创新深度融合的新模式与新 ...

1月30日，全国高校绿色能源区域技术转移转化中心（北京）（简称"国转中心"）2026年工 作推进会在北京举行，"高校出成果、企业做转化、平台强支撑"的良性协同发展格局已然 形成。海博思创作为新型储能链主企业代表深度参与此次盛会，不仅加入国转中心理事 会，获国转中心工作站授牌，更通过校地企共建签约、发布产业技术需求等系列动作，助 力"政产学研用"深度融合，助力科技成果转化与新质生产力发展。 张剑辉表示，国转中心为企业带来多维度赋能，既破解了企业原始技术孵化投入大、周期长的痛 点，通过"企业需求主导+高校揭榜挂帅"的创新模式，让企业工程化落地优势与高校基础研发实 力精准对接，加速实验室技术向实际效益转化 ；又能依托政府金融政策支持，共建示范场景与实 证平台，降低转化风险，同时联合高校定向培养高端人才，为产业储备核心力量，真正发挥了科 技创新"加速器"作用。 在产业链需求发布环节，海博思创技术总裁杨洸详细介绍了公司的产学研用合作机制，包括参与 北京自然科学基金-联合基金、人才交流与合作、共建联合研究中心、科研成果转化、平台搭建与 共享等方式。 杨洸表示， 未来公司将持续加大研发投入，重点在电力电子及电网技术、系统集 ...

当前，我国储能产业正处在规模化发展与应用拓展的重要阶段，技术创新与产业链协同成 为突破瓶颈、提升国际竞争力的核心驱动力。在此进程中，"政产学研"深度融合的模式价 值愈发凸显，成为推动基础研究、技术攻关与产业转化有效衔接的重要机制。2024、2025 年，海博思创作为企业出资方参与了北京市自然科学基金-海淀创新联合基金项目。 近日，2025年度北京市自然科学基金-海淀创新联合基金项目交流会在海博思创顺利召开。北京市 自然科学基金委员会办公室联合基金管理一部部长王军勇，海博思创联合创始人、首席技术官钱 昊博士及项目负责人和各课题揭榜单位专家学者参加此次会议，围绕储能领域重点课题方向展开 深入交流，为储能行业高质量发展凝聚共识、汇聚合力。 作为政产学研模式的创新实践之一，海淀创新联合基金是由北京市自然科学基金委员会与海淀区 政府以及企业等各方共同设立的一种创新合作模式，旨在充分调动北京优势科技力量，开展前端 基础研究工作，提升海淀原始创新能力。海博思创的加入，不仅进一步完善了海淀联合基金在储 能技术领域的战略布局，更为北京市乃至全国的储能技术发展注入了新的活力与动能。 会上， 钱昊博士表示，海博思创深耕储能技术研发 ...

Core Viewpoint - The article emphasizes the importance of integrating energy storage with intelligent computing centers to promote green energy development and enhance economic efficiency in the industry [1][8]. Group 1: Event Overview - The "Focus on Green Energy, Empower Intelligent Computing Development" seminar was successfully held, organized by the Beijing Economic and Information Technology Bureau, aiming to discuss the application of energy storage in intelligent computing centers [1]. - Key representatives from major companies and research institutions attended the event, including China Mobile, China Unicom, and JD.com, highlighting the collaborative nature of the discussions [3]. Group 2: Company Insights - Haibo Shichuang, founded in 2011, has transformed from a traditional product sales model to a comprehensive service provider in the energy storage sector, focusing on innovative applications of energy storage in computing centers [3]. - The company has already implemented energy storage projects in data centers, demonstrating the feasibility of large-scale promotion [4]. Group 3: Technical Discussions - The seminar featured discussions on the economic viability and safety of energy storage applications, with a focus on reducing reliance on diesel generators through innovative energy storage solutions [5][6]. - Experts highlighted the need for continuous innovation in technology and business models to fully replace diesel generators with energy storage systems [6]. Group 4: Policy and Future Directions - Officials from the Beijing Economic and Information Technology Bureau emphasized the critical role of energy storage in supporting the green and sustainable development of the intelligent computing industry [7]. - The article calls for collaborative efforts to explore scalable solutions for integrating energy storage with intelligent computing centers, aiming to support the high-quality development of the digital economy in Beijing [7][8].

项目正式投运后，核心指标表现亮眼：220kV/并网点效率＞90%，在线率＞99.5%，组串式架构 +智能热管理温控设计助力电站设备一致性和可靠性显著提升，全生命周期收益大幅提升。 2025年底， 内蒙古包头卜尔汉图400MW/2400MWh储能项目正式并网投运， 该项目批量采用5 87Ah超大容量电芯、结合单舱7MWh+的模块化系统设计，成功打造出国内首个实现7MWh级储能 系统产品大规模应用的标杆工程。 该项目采用6小时长时储能设计，可灵活适配电网不同时段的调 峰、调频需求。 此次批量应用的新一代7MWh+储能系统，并非简单提升电芯容量密度，而是 以"平衡之道"为核心 理念 ，在全面满足GB 44240等国标高要求基础上，配备587Ah行业顶尖电芯，通过系统架构、热管理 与安全防护三大维度的系统性创新，实现能量密度、可靠性与效率的显著提升，为新型电力系统建设注 入了强劲动能。产品综合性能突破的成效，在项目投运后的核心指标中得到充分印证。 - 部署多维智能感知系统，融合边缘计算与物理隔离技术，实时监控电池、电气及结构安全状态， 借助毫秒级电气硬隔离阻断风险蔓延，实现对热失控的早期预警、多重研判与主动安全管控。 ...

1月26日，北京海博思创科技股份有限公司与大同市政府正式签署合作协议。双方将围绕智 能制造、独立储能电站等重点领域，开展全方位、深层次的合作，共同推动大同市新能源 产业结构优化与提升，助力区域能源转型与可持续发展。 自2023年海博思创储能装备产业园落户大同以来，双方合作持续深化，结出累累硕果。 海博思创 大同智能制造基地2025年实现产值跨越式增长，二期建设稳步推进，相关储能电站项目也取得阶 段性重要进展，充分体现"大同速度"与"大同服务"的高效与温度。 展望未来，海博思创将充分发挥作为储能行业龙头企业的带动作用，推动更多优质项目、先进技 展望未来，海博思创将充分发挥作为储能行 龙头企 的带动作用，推动更多优质项目、先进技 术与创新模式落地大同。海博思创将与大同市同频共振，携手构建储能产业生态圈，集聚产业链 上下游优质企业协同发展，全力将大同打造成储能产业发展的高地。 签约仪式上，大同市委副书记、市长刘俊义表示，近年来，大同始终锚定能源赛道，以构建新型 能源体系为目标，以深化项目建设为重要抓手，多措并举扎实推动能源转型。 海博思创项目与大 同市产业发展规划高度契合，希望双方以此次签约为新起点，在制造基地、储 ...

Core Viewpoint - Beijing Haibo Sichuang Technology Co., Ltd. and Beijing Haibo Sichuang Engineering Technology Co., Ltd. have achieved significant recognition by being included in five prestigious rankings, showcasing their leadership and influence in the industry [1][3]. Group 1: Awards and Recognition - The company has been recognized in the "2025 Beijing Top 100 Enterprises," "2025 Beijing Manufacturing Enterprises Top 100," "2025 Beijing High-Precision and Cutting-Edge Enterprises Top 100," "2025 Beijing Specialized, Refined, Characteristic, and Innovative Enterprises Top 100," and "2025 Beijing-Tianjin-Hebei Manufacturing Enterprises Top 100" [1][3]. - This recognition reflects the company's strong overall strength and its critical role in promoting energy structure transformation and supporting green economic development [3]. Group 2: Innovation and Strategic Development - In 2025, the company aims to accelerate high-quality development driven by innovation and strategic upgrades, having been selected as a national enterprise technology center [4]. - The "Energy Storage + X" strategy has been fully implemented, achieving breakthroughs in various scenarios such as independent energy storage stations, data centers, oil fields, and mining, with a global business presence in over 20 countries across five continents [4]. - The company has deepened collaborations with industry leaders like Huawei Digital Energy and CATL, exploring innovative financing models that combine energy storage assets with specialized operations and comprehensive financial solutions [4]. Group 3: Future Outlook - The company is committed to continuing its focus on technology-driven innovation, expanding application scenarios, and promoting intelligent manufacturing and green operations, contributing to the collaborative development of the Beijing-Tianjin-Hebei region and the national "dual carbon" goals [4].

Core Viewpoint - The article emphasizes the critical importance of power supply safety in coal mining, particularly in complex environments like Guizhou, where geological conditions pose significant risks to operations [1][3]. Group 1: Industry Challenges - Coal mines in Guizhou face extreme challenges due to complex geological conditions, high gas content, and the potential for external power grid failures, which can severely impact essential systems like ventilation and communication [3]. - The need for reliable emergency responses in such environments is paramount, as any power outage can exacerbate safety risks, especially in high gas mines [3]. Group 2: Project Implementation - A 2.5MW/3.343MWh emergency power storage project was successfully implemented in a Guizhou coal mine, developed in collaboration with Suzhou Inovance Technology Co., and has become a benchmark case for energy storage applications in coal mining [3]. - The project utilizes advanced liquid cooling energy storage systems designed to operate reliably in harsh conditions, ensuring stable performance under high temperature, humidity, and dust [4]. Group 3: Safety and Efficiency - The project features a product design and EMS control strategy tailored to coal mine safety standards, allowing for rapid switching to emergency mode during power grid failures, thus maintaining power supply to critical loads [6]. - This approach effectively mitigates safety risks associated with power outages, ensuring continuous operation of essential systems like ventilation fans and gas extraction pumps [6]. Group 4: Economic Benefits - The Guizhou Provincial Energy Bureau announced funding incentives for coal mines that establish emergency energy storage systems, aiming to enhance power supply reliability and reduce risks associated with gas exceedance during outages [7]. - The energy storage project not only ensures stable power supply but also enables clients to leverage peak and off-peak pricing mechanisms for significant economic benefits, maximizing project value [7]. Group 5: Future Outlook - The article highlights the broader implications of energy storage technology in enhancing safety in high-risk environments, asserting that valuable technology is reflected in its impact on social production and safety [8]. - The company aims to deepen its "Energy Storage + X" strategy, accelerating technological innovation to build a safer, more efficient, and intelligent energy ecosystem [8].