Shen Zhen Kylin Technology Co.,LTD, 中国广东省深圳市福田区新闻路1号中电信息大厦东座2209-2210, Shenzhen (2026)

26/03/2026

瑞麟氢能邀您相约2026中国氢能展！
深耕电解水制氢18年，从2011年首台自主研发电解槽，到2023年成功落地欧洲项目，瑞麟氢能始终致力于以“超级碱性制氢系统”推动全球绿氢规模化应用。我们坚持“PEM的性能、碱性的价格”，实现真正离网运行，直接耦合绿电，为风电、光伏场景提供极致性价比解决方案。

我们从材料选型到精密制造，层层把关，只为解决氢能应用中的“卡脖子”细节。在本次展会上，我们与多家央企及头部车企进行了深入交流，共同探索氢能重卡、固定式发电等场景的创新应用。

感谢每一位到访的朋友。瑞麟科技将持续以技术为核，助力中国氢能走向全球。
2026年3月25日-27日
北京·国家会议中心（朝阳区鸟巢北侧）
瑞麟科技展位：E3018

#瑞麟氢能 #2026中国氢能展 #绿氢 #电解水制氢 #清洁能源 #北京展会

07/01/2026

眼见为实：KAM42 氢能系统——集成、安装、即刻运行！
绿氢，装进一个集装箱就够了
认识 KAM42 —— 深圳市瑞麟科技自主研发的全集成式碱性水电解制氢系统。
✅ 紧凑：整套制氢工厂集成于标准40尺集装箱，免土建、快部署
✅ 高效：系统电耗 ≤4.3 kWh/Nm³ H₂，电流密度高达 8000 A/m²，完美适配光伏/风电
✅ 可靠：工业级设计，7×24小时运行，配备氢氧泄漏监测、防爆保护与远程监控
✅ 经济：显著降低初始投资与运营成本，支持多台并联灵活扩容
适用于：
可再生能源制氢项目
分布式加氢站
工业用氢场景
零碳能源系统建设
让绿氢落地，快人一步，稳如磐石。
想获取技术参数、系统布局图或定制方案？
私信我们，或访问官网：https://en.kylin-tech.com/
#绿氢 #氢能 #脱碳 #清洁能源 #瑞麟科技 #集装箱制氢 #碱性电解槽 #深圳制造 #可再生能源

23/12/2025

氢启新元绿动未来
当圣诞的星光洒落鹏城，当新年的钟声叩响零碳之门，2025年即将在绿色浪潮中圆满收官。
值此辞旧迎新之际，深圳市瑞麟科技有限公司，向您致以最诚挚的节日祝福与最深切的感谢！
站在2026年的起点，瑞麟将继续秉持“创新驱动、绿色担当、协同共进”的企业精神，
加速氢能技术产业化，推动能源转型从“可能”走向“可行”，从“可行”迈向“普及”。

愿这个冬天，温暖常伴；

愿新的一年，氢风徐来，万象更新！

🎅 Merry Christmas！

🎆 Happy New Year！

🌱 更愿2026，与您共赴一个更清洁、更高效、更可持续的明天！

—— 深圳市瑞麟科技有限公司

#氢能未来 #国家高新企业 #瑞麟科技 #零碳中国

12/11/2025

电解槽大修全攻略：守好安全线，省出百万利

电解槽是氯碱、制氢企业的 “心脏”，更是 “能耗大户”—— 密封失效漏碱爆炸、隔膜老化电耗飙升、极板腐蚀产能缩水，这些隐患都得靠系统大修破解！这份实战指南请收好👇

一、大修触发，这 5 种情况必启动
1. 漏碱严重，紧固补焊无效
2. 氢氧纯度持续超标，调参无果
3. 电耗升≥5% 或小室电压离散度超 ±3%
4. 极板脱镍超 20% 或隔膜破损、框架熔痕超 1mm
5. 运行满 3-4 年或累计达 3 万小时

二、七分准备：备件 / 工具 / 数据三重保障
- 备件：关键件备足 + 10% 富余量，新极板镀层≥8μm 才合格
- 工具：液压扳手、检漏仪配齐，起重设备 1.25 倍载荷试验过关
- 数据：近 6 个月电压曲线、纯度日报等提前归档，供失效分析
- 现场：硬质围栏隔离，防渗透布铺地防污染

三、标准流程：逆序拆解，有序回装
1. 断电洗槽：闭锁整流、挂地线→洗至 pH≤8→氮气置换至 O₂≤0.5%
2. 拆解标记：后装先拆，编号拍照，可疑腐蚀物取样分析
3. 清洗检测：极板用稀碱软刷清洗，隔膜框透光查针孔，绝缘件电阻≥500MΩ
4. 修复更换：脱镍极板冷补刷镀，密封线补焊抛光，隔膜预收缩处理
5. 回装紧固：三级扭矩对角紧固，槽体高度差≤2mm/m
6. 气密试车：保压 30min 压降≤2kPa/h，满负荷后纯度、电耗达标即验收

四、红线死守：HSE 与质控双保险
- 防碱服 + 护目镜 + A2 滤毒盒标配，碱液用硼酸中和
- 工具防坠、螺栓封袋，全程禁油脱脂防爆炸
- 交叉作业设隔离监护，动火严令禁止
- “一单四签” 全流程记录，10 年可追溯

五、效益看得见：8 台槽大修省出百万
某氯碱企业案例：✅ 电耗降 90kWh/t・NaOH，年节电 320 万 kWh→省 224 万✅ 隔膜寿命延 1.5 年→省 120 万✅ 下游触媒寿命延 15%→省 60 万💡 总投入 380 万，静态回收期仅 8.5 个月！
电解槽大修是 “精细活” 更是 “效益活”，标准化操作 + 数据化管控，才能实现 “修一次稳三年”！
#瑞麟科技 #工业检修 #电解槽运维。

30/09/2025

国庆快乐！致每一位同行者

山河万里庆华诞，氢启绿色新未来。
在这个满载荣光与希望的日子里，深圳市瑞麟科技有限公司想向每一位关注绿色氢能源、守护蓝天白云的朋友，道一声真诚的 “国庆快乐”！
我们始终相信，每一份推动清洁能源的努力，都是在为祖国的可持续发展添砖加瓦；每一次氢能源技术的突破，都是在为这片土地的绿水青山注入新动能。
这个假期，愿大家能在国泰民安的祥和里，感受生活的美好；也期待未来，我们继续并肩，用绿色氢能的力量，共绘祖国更清澈、更明亮的明天！

18/07/2025

IRENA Report: Capital Costs Reshape Global Green Hydrogen Trade, China, US, Australia, and Latin America Emerge as Top Exporters
New analysis from the International Renewable Energy Agency (IRENA) reveals that by 2050, China, Australia, Latin America, and the United States will lead global exports of green hydrogen and derivatives (ammonia, methanol, direct-reduced iron), overtaking traditional resource-rich regions. Key findings:

1️⃣ Capital Costs Dictate Industrial Landscape
- Unified Cost Scenario: North Africa dominates exports (10.5Mt/year hydrogen equivalent) leveraging resource advantages.
- Realistic Cost Scenario: Higher financing costs in Africa reshape the map—China (6.3Mt), Australia (6.1Mt), Latin America (5.4Mt), and the U.S. (4.9Mt) take the lead, while North Africa’s exports shrink to 3.1Mt.

2️⃣ Europe Becomes Largest Importer
- Annual demand reaches 12.6Mt hydrogen equivalent (7.1Mt for EU members, 5.5Mt for Europe including the UK), followed by Southeast Asia, Japan, and South Korea.
- Trade Dependency: 20% of global hydrogen demand relies on international trade, with ammonia (35%), direct-reduced iron (21%), and methanol (14%) most dependent on cross-border flows.

3️⃣ Industrial Shifts and New Rivalries
- Lower-cost regions like the U.S. and Australia bypass traditional hubs by producing high-value goods (e.g., e-methanol, DRI) locally, cutting Middle Eastern and African market share.
- Europe gains competitiveness in domestic green hydrogen production, reducing reliance on North African imports.

4️⃣ Path Forward: Technology & Finance Collaboration
High-cost regions must lower barriers via tech transfer, capacity building, and international financing tools, urges IRENA. Global cooperation is critical to ensure an equitable energy transition.
Core Insight: Capital cost disparities risk widening North-South divides, but strategic collaboration can level the playing field.

🚀

11/07/2025

China's Hydrogen Energy Industry: 7 Provinces and 1 City Lead the Way in the Next Decade, Unlimited Prospects!
Recently, China's hydrogen energy industry has seen dual benefits from both policy and market forces, with multiple regions rolling out hydrogen development plans. As a clean, efficient, and sustainable energy source, hydrogen is ushering in unprecedented opportunities.
Highlights of Regional Hydrogen Plans
- Fujian Province: On June 18, it released a plan outlining 2025–2030 as the initial development phase, aiming to establish multiple innovation platforms, demonstration projects, and hydrogen refueling stations, with an annual fuel cell vehicle production target of 6,000 units. From 2030–2035, the rapid growth phase will focus on large-scale green hydrogen and hydrogen-based green fuel production, targeting an annual output value exceeding 300 billion yuan.
- Sichuan Province: On June 4, it proposed that by 2027, the province's hydrogen industry strength and application scale should rank among the top tier nationally, with comprehensive hydrogen production deployment and coordinated full-chain development.
- Jiangsu Province: On February 6, it set a goal to exceed 100 billion yuan in industry scale by 2027, with green hydrogen becoming the main incremental supply by 2030, alongside four key tasks.
- Shandong Province: On December 19, 2024, it announced plans to achieve an annual pure hydrogen supply capacity of 100,000–200,000 tons by 2027, with fuel cell product installations surpassing 500 MW.
- Beijing: On December 17, 2024, it introduced 19 measures across seven areas to support hydrogen industry growth, including talent recruitment and hydrogen station construction.
- Qinghai Province: On December 10, 2024, it emphasized building high-level hydrogen infrastructure, supporting integrated energy supply stations.
- Hubei Province: On November 8, 2024, it mandated the construction of 100 hydrogen refueling stations by 2027, exploring new models for hydrogen refueling.
Scale and Technological Advancements Yield Remarkable Results
- Production & Consumption: In 2024, China's hydrogen production and consumption exceeded 36.5 million tons, ranking first globally and accounting for over one-third of total global consumption.
- Hydrogen Production Tech: Major breakthroughs include the commercial trial operation of megawatt-scale proton exchange membrane (PEM) electrolyzers, providing technical support for large-scale green hydrogen adoption in petrochemical industries.
- Storage & Transportation: The completion of China’s first long-distance high-pressure hydrogen-blended pipeline project addresses challenges in large-scale, long-distance hydrogen transport, reducing costs.
- Applications: Fuel cell vehicle deployments reached ~24,000 units, with over 540 hydrogen refueling stations. Hydrogen substitution is expanding across sectors, with regions leveraging their strengths for collaborative development.
Bright Future for Hydrogen Applications
- Policy Support: In 2024, 22 provincial-level governments included hydrogen in their work reports, with over 560 specialized policies issued, creating a favorable policy environment.
- Challenges & Opportunities: While renewable hydrogen production remains costly, it drives innovation in technology and business models, paving the way for cost reductions.
- Tech Development: The "gas-liquid-solid" multi-state storage and transport system will continue improving, lowering logistics costs.
- Application Expansion: Hydrogen will see broader adoption in industry, transportation, and energy, aiding emissions reduction, optimizing energy structures, and reshaping petrochemical energy consumption.
China's hydrogen energy industry is booming, with clear regional plans and impressive achievements—its future is bright! Let’s look forward to hydrogen playing an even greater role in China’s energy transition and sustainable development!

19/06/2025

Hydrogen Station Safety Guide | Kylin Tech Ensures Hydrogen Safety

I. Core Safety Principles
1. Prevent Mixing & Ignition Sources: Strictly avoid H₂ mixing with O₂/air in equipment, piping, and spaces. Degrease O₂ systems thoroughly (no oils/grease). Prohibit open flames, welding, and ignition sources in hazardous areas. Operators must wear anti-static clothing and shoes.

II. Electrolyzer Operation
- (1) Pre-Start:
2. Full Inspection: verify host unit, instruments, piping, and insulation resistance. Purge with N₂ before power-on.
3. Polarity Check: Measure electrode polarity immediately after energizing to prevent reverse gas production.
4. Additive Control: Strictly monitor electrolyte concentration. Mixed alkali (NaOH + KOH) prohibited. Additives must be dosed per standard—excess risks explosion.
- (2) Runtime Monitoring:
5. Gas-Liquid Balance: Maintain electrolyzer liquid level to prevent H₂/O₂ cross-permeation.
Pressure Balance: Keep H₂/O₂ system pressure balanced (ΔP ≤ 0.05 kPa; prevent negative pressure).
6. Gas Purity: Conduct two detonation tests before storage transfer (H₂ purity ≥ 99.5%). Valve switching: Open new valve BEFORE closing old to avoid mixing/cutoff.
7. Voltage Check: Regularly measure individual cell voltages—abnormal values indicate blockages.
- (3) Shutdown & Maintenance:
8. Shutdown: Wait 10 minutes post-shutdown (until voltage dissipates) before maintenance. Purge H₂ system with N₂ (P ≤ 0.05 MPa) to prevent air ingress.
9. Avoid Frequent Restarts: Minimize start/stop cycles (thermal stress damages seals). Operate stably at low load when possible.

III. Special Operations
- 🔥 Hot Work: Purge with N₂ until H₂ < 0.4%. Remove insulation/adsorbents. Obtain hot work permit; equip CO₂/dry powder extinguishers.
2. Caustic Protection: Wear rubber boots, goggles, and gloves. Keep 23% boric acid solution on-site.
3. Oxygen Systems: No grease/nylon gaskets. Operate valves slowly (prevent friction ignition). Vent O₂ to safe zones. Purge with oil-free air/N₂ before maintenance.

IV. Emergency Response
4. H₂ Leak/Fire: MAINTAIN POSITIVE PRESSURE!
- Small fire: Cover with wet fabric to cool.
- Large fire: Partially close valve → maintain pressure → inject N₂ to extinguish.
→ NEVER directly cut gas supply (risk of vacuum explosion).
5. Station Blackout: Prioritize user H₂ supply. Follow emergency shutdown for electrolyzers.
6. Electric Shock/Alkali Burns: Cut power immediately; move victim with insulator. Alkali burns: Neutralize with boric acid → rinse thoroughly.

V. Personnel & Facility Management
7. Training: Operators must be certified via professional training.
8. Zoning Control: Mark explosion hazard areas; ban flammable storage. Install fixed H₂ detectors (alarm at ≤1% v/v).
9. Equipment Maintenance: Regularly inspect O₂ systems for grease/rust. Use PTFE gaskets for high-pressure valves.
Safety is paramount in hydrogen operations. Master these protocols to ensure zero incidents! 💪

Station Safety Safety First

29/05/2025

Kylin Tech: Powering the Future with Green Hydrogen Solutions
As a National High-Tech Enterprise, Kylin Tech is dedicated to pioneering research in green and clean energy, manufacturing hydrogen generators, and delivering hydrogen solutions across industries. Our unwavering commitment to advancing green energy production and activating the hydrogen sector drives us forward.
Our fully independent R&D has produced world-leading hydrogen generation equipment with proprietary intellectual property. Pioneering in China, our systems achieve industry-leading current density exceeding 8,000 A/m² and rapid dynamic response from 10% to 110%. Over 200 units are already operational worldwide.
At Kylin Tech, we take pride in contributing to the hydrogen value chain through cutting-edge solutions and services, building a sustainable future. As a key player in the hydrogen industry, we’re unlocking the potential of renewable energy and accelerating the global energy transition.
Let’s continue to push the boundaries of what’s possible!

Shen Zhen Kylin Technology Co.,LTD

26/03/2026

07/01/2026

23/12/2025

12/11/2025

30/09/2025

18/07/2025

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29/05/2025

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