Core Viewpoint - The article emphasizes the strategic direction of Haibo Shichuang in enhancing its industrial chain layout and building a storage ecosystem, achieving significant progress through various strategic partnerships in the energy sector [1][3][5]. Group 1: Strategic Partnerships - Haibo Shichuang has signed strategic cooperation agreements with major companies such as CATL, China General Technology, and Huachi Energy, focusing on key areas like zero-carbon energy, smart manufacturing, and project co-construction [1][3]. - The partnership with CATL aims to expand collaboration in zero-carbon energy, zero-carbon transportation, and smart manufacturing, enhancing market development and resource integration [1]. - The collaboration with China General Technology will focus on the entire lifecycle management of new energy projects, market expansion, and technology innovation, aiming to create benchmark storage projects [3]. Group 2: Industry Development - The alliance with Huachi Energy will integrate electrochemical storage and flywheel gravity storage, promoting new breakthroughs in the development, construction, investment, and operation of the storage market [5]. - Haibo Shichuang is committed to driving collaborative development across the supply chain, promoting a sustainable development blueprint for the storage industry [5]. - The company aims to empower green energy and create a zero-carbon ecosystem by integrating excellent enterprises in the storage and related industries, fostering cross-industry collaboration [5].

Core Viewpoint - The implementation of Document No. 136 has redefined the renewable energy industry, shifting the energy storage sector from price competition to value creation [1] Group 1: Strategic Initiatives - Haibo Sichuang has proposed the "Energy Storage + X" strategy, actively developing comprehensive solutions across various scenarios, receiving positive responses from industry partners [2] - The company showcased its "Energy Storage + X" solutions at the SNEC 2025 event, demonstrating technologies such as grid-structured solutions and integrated energy storage systems [1][2] Group 2: Partnerships and Collaborations - Haibo Sichuang signed a strategic cooperation agreement with Huawei Digital Energy to explore integrated solar storage solutions and promote smart upgrades in the energy sector [4] - A strategic partnership was established with Zhuhai Technology Group to develop innovative business models in integrated energy storage and agriculture [6] - The company partnered with Shuangdeng Group to drive energy digital transformation and explore new technologies in energy storage applications [8] - A supplementary strategic cooperation agreement was signed with Huichuan Technology to develop energy storage applications in the mining sector [10] - Haibo Sichuang and Beijing Keri Group will collaborate on energy storage applications in coal mining and new energy project development [12] - The company has a solid foundation of cooperation with Weirpus in the oilfield sector, customizing energy storage solutions for oil and gas scenarios [12] Group 3: Industry Impact - As a leading enterprise in the energy storage industry, Haibo Sichuang plays a pivotal role in connecting the upstream and downstream sectors, creating a multidimensional industrial ecosystem [12]

Core Viewpoint - The article highlights the successful operation of a 100MW/200MWh shared energy storage project in Malipo County, Yunnan, utilizing innovative hybrid storage technology to address local power supply and demand challenges, thereby enhancing the stability and resilience of the power grid [1][2]. Group 1: Project Overview - The shared energy storage project employs Haibo Sichuang's innovative grid-structured storage technology combined with a "lithium iron phosphate + all-vanadium flow" hybrid technology route, providing essential support for the construction of an integrated new power system [1]. - The project features the Haibo Sichuang HyperBlock series liquid-cooled storage system, which is characterized by safety, low Levelized Cost of Storage (LCOS), high integration, long lifespan, and strong environmental adaptability [2]. Group 2: Technical Innovations - The hybrid storage system integrates lithium battery foundations with flow battery enhancements, creating a multi-technology collaborative system that optimizes energy storage unit tasks in real-time, extending system cycle life and reducing cost per kilowatt-hour [2]. - The grid-structured storage technology allows for precise active regulation of grid fluctuations, enhancing grid resilience and stability through features like real-time voltage adjustment and dynamic frequency support [3]. Group 3: Operational Excellence - Haibo Sichuang's comprehensive one-stop solution capability ensures efficient project delivery through multi-dimensional management, including progress control, quality supervision, and safety assurance [5]. - The company has established a full lifecycle service system, with a dedicated technical team customizing product selection and technical routes based on in-depth discussions during the project preparation phase [6]. Group 4: Future Outlook - Haibo Sichuang aims to drive the reconstruction of multi-scenario energy ecosystems through "storage + X" initiatives, continuing to deepen technological innovation and model exploration to contribute to the construction of a new power system and the achievement of carbon neutrality goals [6].

Core Viewpoint - The rapid growth of electric vehicles in China, with a projected ownership of 31.4 million by the end of 2024, is creating significant demand for charging infrastructure, making energy storage technology a crucial solution for managing peak and off-peak charging demands [1] Group 1: Energy Storage Solutions - The energy storage system addresses the dual challenges of high electricity prices during peak charging times and exceeding peak load limits at charging stations [2] - The energy storage system achieves two full power charge and discharge cycles daily, enabling the storage of off-peak electricity and the release during peak times, thus implementing a precise peak-valley arbitrage strategy [2] - Monitoring transformer power conditions allows for automatic short-term power support, alleviating transformer stress while ensuring stable operation of liquid-cooled fast charging equipment, preventing revenue loss during peak charging periods [2] Group 2: Project Delivery and Future Development - The company established a multi-party collaboration mechanism to expedite project implementation and delivery, including pre-stocking core components and utilizing modular pre-debugging technology to reduce on-site commissioning time [3] - Full-process digital management is implemented to ensure project progress is controllable, creating value for clients [3] - The company aims to leverage its technological and service advantages to explore new market increments in distributed energy storage across various applications, contributing to the high-quality development of the energy storage industry [3]

Core Viewpoint - The article emphasizes that Haibosichuang is taking a unique approach in the rapidly evolving energy storage industry by focusing on long-term customer needs rather than merely chasing the latest battery specifications, aiming to provide tailored solutions that drive new value in energy storage [1]. Group 1: Product Innovation - Haibosichuang launched the MagicBlock platform and the HyperBlock M product, which revolutionizes the design, deployment, and management of energy storage systems with its modular design and adaptability, setting a new benchmark in the global energy storage industry [1]. - HyperBlock M innovatively reduces the standard shipping container size from 20 feet to 10 feet, significantly enhancing transportation efficiency and simplifying deployment in logistics-constrained areas [3]. - The product features a user-friendly design with advanced airflow systems and thermal management modules, allowing for flexible installation even in tight spaces, maximizing site utilization [5]. Group 2: Customer-Centric Design - HyperBlock M serves as a comprehensive platform focused on customer needs, offering both direct current solutions and turnkey AC integration units, along with customizable medium-voltage substation solutions [6]. - The platform includes a new 400kW PCS and real-time performance monitoring systems to track key metrics such as discharge capacity and battery health, ensuring long-term stable operation [6]. Group 3: Operational Efficiency - The operational capability of energy storage projects is critical for success, and Haibosichuang has developed a digital ecosystem for maintenance, allowing remote performance monitoring and predictive maintenance scheduling [7]. - The intelligent inspection system prioritizes maintenance tasks based on urgency and lifecycle status, optimizing operational efficiency across multiple sites [7]. - The company has introduced the HyperGenie AI assistant to lower technical barriers in overseas markets, providing multilingual maintenance guidance based on extensive data models and expert experiences [7]. Group 4: Future-Oriented Engineering - Haibosichuang has developed tools for the rapid replacement of heavy battery modules, enabling efficient and safe module changes within one hour, addressing traditional challenges in battery replacement [8]. - The HyperBlock M optimizes the entire operational chain from installation to long-term service, embodying a customer-centric design philosophy [8]. Group 5: Transformative Design Philosophy - HyperBlock M represents a profound shift in energy storage system design, moving away from battery-centric thinking to incorporate portability, modularity, and intelligent monitoring, effectively responding to the real needs of the global energy storage market [9]. - The product instills confidence in customers' long-term energy strategies, emphasizing flexibility, visibility, and reliability for sustainable development [9].

Core Viewpoint - The launch of "HyperGenie" by Haibo Si represents a significant advancement in intelligent operation and maintenance (O&M) for energy storage stations, leveraging AI technologies to enhance efficiency and reduce costs [1][2]. Group 1: Product Overview - "HyperGenie" is designed based on a domestic open-source general model and a private knowledge base in the energy storage field, providing precise fault location, multi-scenario operational guidance, and flexible data analysis [1]. - The product marks a new milestone in intelligent O&M, integrating cutting-edge AI technologies such as large models and RAG, allowing operators to perform tasks through voice interaction, thus improving work efficiency [2]. Group 2: Operational Enhancements - The integration of a general large model enhances reasoning and decision-making capabilities, establishing an intelligent decision-making hub for energy storage station O&M [3]. - For instance, when voltage anomalies are detected, "HyperGenie" can issue real-time alerts, automatically generate work orders, and provide specific solutions and troubleshooting suggestions, ensuring timely responses to prevent equipment damage or downtime [3]. Group 3: Performance Monitoring and Risk Management - "HyperGenie" features advanced performance analysis capabilities, enabling real-time monitoring of equipment status (e.g., temperature, current, voltage) and employing machine learning and deep learning algorithms for data mining [4]. - The AI algorithms can identify potential fault risks and operational anomalies in advance, accurately warning of system risks and allowing O&M teams to take proactive measures to avoid production interruptions or asset losses [4]. Group 4: Knowledge Base and Continuous Improvement - The built-in fault expert knowledge base is continuously updated based on operational feedback, allowing for the accumulation of fault cases and solutions, which enhances the assistant's capabilities [5]. - When faced with complex faults, the assistant can intelligently recommend relevant solutions or troubleshooting paths, thereby improving the overall capability of the O&M team and reducing fault handling and manual intervention time [5]. - The combination of voice interaction, precise performance analysis, and intelligent warning functions creates a comprehensive intelligent service loop from fault diagnosis to solution, significantly enhancing O&M efficiency and equipment management precision [5].

Core Viewpoint - The article highlights the participation of Haibo Technology at The Smarter E Europe exhibition, showcasing its AI-driven energy storage solutions and innovations in the energy sector, emphasizing the company's leadership in technology and global service capabilities [1][20]. Group 1: Technological Leadership - Haibo Technology's CTO, Dr. Yang Guang, discussed the integration of AI in energy storage systems at a roundtable forum, focusing on how AI enhances safety, reliability, and economic efficiency throughout the system's lifecycle [3]. - Dr. Stefano G. Alberici, the company's EMEA VP, presented innovative large-scale storage products and solutions, showcasing the company's advantages in liquid cooling technology, fire safety, and thermal management, along with successful project deliveries across Europe [5]. Group 2: Product Innovations - The flagship product, HyperBlock M, is designed with a modular approach to meet customer needs, enhancing system safety, economic viability, and operational efficiency, contributing to global energy transition and zero-carbon goals [9]. - The liquid-cooled outdoor cabinet products have been successfully delivered in multiple European countries, supporting various high-energy consumption scenarios and effectively alleviating grid expansion pressures [13]. Group 3: AI Empowerment - Haibo Technology leverages AI across the entire lifecycle of energy storage, from planning and design to operation and sustainability, improving system efficiency and reliability through data-driven insights [15]. - The newly launched AI operation assistant, HyperGenie, enhances maintenance efficiency by utilizing over 200 case studies and expert models for intelligent decision-making and problem-solving [18]. Group 4: Global Collaboration - Strategic partnerships were established with various European partners during the exhibition, and the company received TÜV Rheinland certification for its 5MWh energy storage solutions, enhancing its global market competitiveness [20]. - To ensure excellent localized service, Haibo Technology has set up operation and maintenance centers in Germany and Finland, staffed with experts to quickly resolve project issues [22]. Group 5: Future Outlook - Haibo Technology's projects, including the 250MW/1000MWh storage project in Xinjiang and the integrated charging project in Beijing, were recognized at the European Smart Energy Awards, reflecting the company's project strength and industry recognition [25]. - The company aims to deepen its international strategy, focusing on technological innovation and AI empowerment to provide efficient and reliable green energy solutions, contributing to a zero-carbon future [25].

Core Viewpoint - The article emphasizes the importance of energy storage professionals in the energy revolution, highlighting their diverse roles in building and maintaining power plants, and their collective contribution to a zero-carbon future [1] Group 1 - The term "energy storage professionals" encompasses a wide range of identities and roles within the industry [1] - The article pays tribute to those who support the energy revolution, referring to them as "light-chasers" [1] - The company, Haibosi Chuang, expresses its commitment to collaborating with energy storage professionals to achieve a sustainable future [1]

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2025年4月26日，在清华大学建校114周年之际，张剑辉校友向清华大学捐赠仪式在清华大 学丙所会议室举行，该捐赠将用于支持清华大学国际会议中心的建设与维护。清华大学 1995级校友、北京海博思创科技股份有限公司创始人、董事长、首席执行官张剑辉，清华 大学党委书记、教育基金会理事长邱勇等出席仪式。清华大学校务委员会副主任杨斌主持 捐赠仪式。 双方签署捐赠协议 张剑辉回顾了清华求学、海归创业、实业报国的人生历程。他表示，清华"自强不息、厚德载 物"的校训和"行胜于言"的校风始终是引导他砥砺前行的精神灯塔。海博思创从初创企业成长为行 业龙头，离不开校友与社会各界的大力支持，彰显了产学研深度融合的清华力量。 张剑辉表示， 此次捐赠不仅是感恩母校的一种表达，也希望能够为清华的教育事业贡献力量，为国家培养造就 更多德才兼备、担当使命 的高素质人才。 邱勇向张剑辉颁发捐赠纪念牌 北京海博思创科技股份有限公司、清控银杏创业投资管理有限公司、武岳峰资本，清华大学电机 系、学科办、国际处、基建处、学生职业发展指导中心、校友总会、教育基金会相关负责人参加 仪式。 邱勇代表清华大学诚挚感谢张剑辉校友的慷慨捐赠。他表示，张剑辉校友长 ...