中车株洲所此次交付的电解槽采用柔性制氢技术和多级安全防御方案，全系配备小室巡检 和智能控制模块，按密集功率点对电解槽性能进行标定，为项目柔性调控提供基础支撑。 基于本质安全+系统防御技术，产品研发历经材料-部件-整机-系统严苛测试，所有电解槽 均进行了满功率长时运行考核，同时，开创行业先河，首次在厂内完成" 4并1"多槽并联 系统联调测试，验证了系统低功率运行、功率骤升骤降、反复启停、多槽异向调功等复杂 工况下的稳定性和协同控制能力，安全性能达国际先进水平。 核心亮点： 文 | 中车株洲所 7月2 0日，中车株洲电力机车研究所有限公司（以下简称"中车株洲所"）在湖南株洲举行 隆重的氢能装备发车仪式，1 3台套自主研制的1000Nm³/ h电解槽正式启运，交付国华沧 州"绿港氢城"项目。此次发运标志着我国大标方绿氢装备在自主化、规模化方面取得重大 突破，为京津冀氢能产业示范注入强劲动力。 柔性制氢 多级安全防护 引领绿电制氢技术发展 2 . 更 柔 性 ： 3 0%- 11 0% 宽 范 围 调 节 ， 30% 低 负 荷 可 长 时 稳 定 运 行 ， 功 率 调 节 速 率 达 8%/S。 3 .更高效： ...

Core Insights - Inner Mongolia is actively developing the hydrogen equipment manufacturing industry, aiming for high-end, large-scale, and safe production in line with national "dual carbon" goals and regional energy strategies [1][2] Group 1: Industry Development - The hydrogen equipment manufacturing sector in Inner Mongolia is rapidly growing, supported by policies such as the "14th Five-Year Plan for Hydrogen Development" and government notifications for high-quality industry advancement [1][2] - The region is establishing a comprehensive industrial chain covering hydrogen production, storage, transportation, refueling, and application [1][2] Group 2: Project and Investment - As of June 2025, Inner Mongolia is implementing nine key hydrogen equipment projects with a total investment of 2.802 billion yuan, featuring ten product types [2] - The design capacity for hydrogen production equipment is set to increase by 160% to 650 units by the end of 2023, with expectations to exceed 750 units by year-end [2] Group 3: Production Capacity - Solid hydrogen storage devices are projected to reach a capacity of 2,200 units, with hydrogen storage materials at 3,300 tons per year and hydrogen transport pipes at 5,000 tons [2] - The production capacity for hydrogen production power sources is 50 units, with purification and separation devices at 15 units; AEM and PEM electrolyzer capacities are currently at 0.2 GW and 0.25 GW respectively [2] Group 4: Future Plans - Inner Mongolia plans to enhance investment attraction and develop a collaborative ecosystem for the entire hydrogen industry chain, focusing on policy coordination, application scenarios, and technological breakthroughs [2]

Core Viewpoint - Guodian NARI Technology Co., Ltd. has launched a green hydrogen production solution, aiming to transition green hydrogen from a "supplementary energy" to a "main energy storage" source, leveraging clean electricity from wind and solar power [2][3]. Group 1: Industry Trends - The global trend is moving towards the synergistic development of "green electricity + green hydrogen," creating unprecedented opportunities for the green hydrogen industry [2]. - The green hydrogen sector faces systemic challenges, including optimization of wind-solar-storage hydrogen systems, limited dynamic adjustment capabilities of hydrogen production equipment, complex multi-time-scale coupling control, low production efficiency, and long investment recovery periods [2]. Group 2: Company Solutions - Guodian NARI's overall solution includes four major products: a steady-state joint simulation platform, an integrated control platform, hydrogen production power sources, and an electrolysis water hydrogen production system [2]. - The solution aims to achieve optimal system operation levels and the lowest green hydrogen costs through technologies such as steady-state joint simulation, hydrogen optimization scheduling, energy management, and cluster control of electrolyzers [2]. Group 3: Cost and Efficiency - Currently, the cost of hydrogen produced from coal ranges from 10 to 15 yuan per kilogram, with each ton of hydrogen produced emitting approximately 11 tons of CO2 [3]. - Guodian NARI's green hydrogen solution aims to lower the cost of electrolysis hydrogen to be on par with or even below that of gray hydrogen [3]. - The solution significantly enhances the power adjustment range of electrolyzers and the efficiency of hydrogen conversion, aligning well with the intermittent and volatile nature of renewable energy [3].