海博思创

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锚定四大技术基因 海博思创智储技术平台解读
海博思创· 2025-04-25 01:21
在全球科技飞速发展的背景下,能源领域也在向着数字化、智能化迈进。海博思创在近期举办的智 储技术发布会上,推出了智储解决方案技术平台,并创新性提出"三态互联"架构——以电网为基 础、AI为中枢、储能为载体——构建储能全链条价值闭环,为行业提供多元化应用场景下的价值提 升。 在发布会上,海博思创首席技术官钱昊博士表示,"智储解决方案技术平台将会是海博思创技术变革中 浓墨重彩的一笔,我们将与合作伙伴携手,共同推动技术研发与产业链的升级,为新型电力系统的建设 贡献价值和力量。" 电网安全稳定运行是储能发展的基石,随着新能源高比例并网,系统稳定性风险加剧,海博思创积极寻 求储能在电网安全稳定中的技术突破,联合清华大学成立了"电化学储能系统构网型关键技术联合研究 中心"("清华大学(电力国重)-海博思创联合研究中心",简称"研究中心")。 清华大学电机系教授、IEEE Fellow、清华大学(电力国重)-海博思创联合研究中心主任谢小荣教授莅 临海博思创发布会,并表示,"研究中心发挥了清华大学电力国重理论研究优势和海博思创产业经验优 势,研发了宽频振荡自适应控制等新技术,并在多种新能源并网场景下验证了技术的有效性,可有效解 ...
海博思创5MWh-AC储能系统产品获欧美澳全系列认证证书
海博思创· 2025-04-18 08:16
Core Viewpoint - The article highlights the successful certification of Haibo Sichuang's 5MWh-AC energy storage system by TÜV Rheinland, marking a significant step for the company in expanding its market presence in Europe, North America, and Australia [1][2]. Group 1: Certification Achievements - Haibo Sichuang's 5MWh-AC energy storage system received comprehensive certification from TÜV Rheinland, confirming its compliance with high international standards in electrical safety, functionality, environmental adaptability, and grid compatibility [1]. - The company has previously obtained a series of international product certifications for its energy storage systems, including IEC 62477-1, IEC 62933-5-2, and UL 9540, which solidify its foundation for entering global markets [2]. Group 2: Strategic Partnerships and Future Plans - The collaboration with TÜV Rheinland is expected to enhance Haibo Sichuang's capabilities in energy storage technology innovation and standard upgrades, contributing to the global carbon neutrality goals [1]. - Haibo Sichuang aims to continue its focus on both domestic and international markets, providing intelligent and sustainable energy solutions while driving industry technological advancements [2].
海博思创联合专委会伙伴共探储能技术协同新路径,解码行业未来图景
海博思创· 2025-04-16 23:44
4月11日,由中关村科学城新能源新材料产业专委会秘书处指导、专委会副主任单位北京海 博思创科技股份有限公司(以下称"海博思创")主办的"解码技术新场景,链动协同新范 式"储能先锋探展交流行活动在第十三届储能国际峰会暨展览会(ESIE 2025)期间成功举 办。活动汇聚北京科锐集团股份有限公司(以下称"北京科锐")、北京索英电气技术股份 有限公司(以下称"索英电气")等12家产业链核心企业,通过展区深度联动、技术座谈及 供需对接,探索上下游协同创新模式,为新型储能产业生态圈注入新动能。 储能先锋探展交流行活动以展台参观与主题座谈相结合的形式展开。与会嘉宾先后参观了海博思 创、索英电气及北京科锐的展台,深入了解AI智储、新一代全液冷储能系统等最新技术成果。海 博思创实验测试中心总经理、中关村科学城新能源新材料产业专委会党委委员、副秘书长王垒博 士详细介绍了海博思创新一代储能产品的多场景应用及AI赋能储能全生命周期价值的进展成果。 王垒强调,海博思创已构建"研发-智造-服务"全链闭环,未来将继续以AI技术驱动储能系统安 全、效率与收益的全面提升。 活动现场气氛热烈,与会嘉宾围绕技术协同创新的议题展开多方交流。中关村 ...
标杆案例丨新国别市场获突破 海博思创瑞典、德国储能项目双捷报
海博思创· 2025-04-15 07:59
近日,海博思创在欧洲储能市场捷报频传, 瑞典斯德哥尔摩的储能调频项目与德国中部瓦尔特斯豪 森的储能电站项目相继成功投运 。海博思创以其卓越的系统解决方案与项目执行效率,为欧洲能源 转型注入强劲动力。 瑞典储能调频项目 开启北欧市场新篇 2024年5月, 海博思创启动瑞典斯德哥尔摩储能调频系统项目,该项目为电网侧提供调频服务 。面对多 方主体的复杂沟通结构,海博思创通过建立统一沟通平台、明确各方对接人等方式高效推动项目落地, 于2025年3月完成项目验收。 凭借此项目,海博思创不仅实现瑞典市场的业务突破,更与客户建立起持 续的合作关系,客户新增的储能订单,已处于陆续交付投运当中。 瑞典斯德哥尔摩储能调频系统项目 深化合作的里程碑 2024年5月,海博思创与客户针对德国瓦尔特斯豪森储能电站项目签订供货合同。海博思创团队凭借高 效执行力,于同年12月完成项目交付,并在2025年3月助力项目顺利并网。 该项目采用海博思创大型储 能旗舰产品,其 高效产品性能为电网侧储能项目参与电力交易提供有力支撑,成为海博思创在德国储 能市场的典范案例,为后续同类应用项目落地奠定坚实基础。 德国瓦尔特斯豪森储能电站项目 一站式服务 简 ...
海博思创发布“智慧储能解决方案” “储能+X”驱动多场景能源生态重构
海博思创· 2025-04-11 14:30
Core Viewpoint - The article emphasizes the launch of "Smart Energy Storage Solutions" by the company at the ESIE2025 conference, focusing on the integration of AI and energy storage technologies to enhance efficiency and sustainability in energy management [1][4][10]. Group 1: Product Offerings - The company showcased a range of products including an 8MWh all-liquid cooling energy storage system, energy storage inverters, liquid cooling battery packs, and integrated solar-storage units, addressing diverse market needs for safety, efficiency, reliability, and longevity [3][7]. - New series of prefabricated energy storage products were introduced, such as HyperBlock M 3.2MWh, HyperBlock IV 8MWh, and HyperBlock IV Plus 9.6MWh, compatible with 1500V and 2250V voltage platforms [7]. Group 2: Technological Integration - The integration of AI into the entire lifecycle of energy storage systems is highlighted, with AI driving innovations in project planning, equipment design, predictive maintenance, intelligent scheduling, and safety monitoring [10]. - The company's AI cloud platform utilizes advanced IoT and edge computing technologies to achieve seamless connectivity and human-machine interaction, transforming traditional energy storage devices into intelligent asset operation services [10]. Group 3: Market Trends and Policy Impact - The article discusses the impact of the 136 document, indicating a new development phase for the energy storage industry, shifting from price competition to value competition, which is essential for high-quality market engagement [13]. - The company is exploring various commercial applications in charging, oil fields, mining, data centers, and communication bases, focusing on auxiliary services and green electricity trading [13]. Group 4: Economic Viability - Current energy storage systems are commercially viable, with a lifespan of 15 to 20 years, and the company's integrated model addresses renewable energy consumption and grid connection issues, enhancing overall project returns [15]. - The company’s AI-based comprehensive factor assessment model accurately measures the scale of renewable energy and storage configuration, improving the consumption ratio of renewable energy and providing competitive electricity pricing [16]. Group 5: Industry Recognition - The company received two prestigious awards at the ESIE2025 conference, recognizing its technological prowess and innovative products, including the award for the Beijing charging station project and the HyperBlock II Plus 1500V high-pressure liquid cooling energy storage system [18].