大漠筑绿氨标杆｜深能鄂托克旗风光制氢项目落地，多项首创技术落地戈壁Desert Builds Green Ammonia Benchmark | ShenNeng Etoke Banner Photovoltaic Hydrogen Production Project Launched, Multiple Pioneering Technologies Implemented in the Gobi
深能鄂托克旗风光制氢一体化合成绿氨项目选址于鄂尔多斯高原西侧的鄂托克旗戈壁地带，依托当地充足的风光资源，将间歇的风光能源逐步转化为绿氢，再加工为绿氨产品。
项目整体配套505MW风光电站，同步建设电解制氢装置与合成氨生产线，设计形成数万吨级绿氨产出能力。它同时纳入国家能源局首批氢能试点、国内首批大型零碳化工示范清单，也是内蒙古第二批风光制氢示范项目，承担着验证风光耦合制氨技术路线的任务。
在电解槽安装环节，项目团队选用折臂吊开展吊装作业，这一方式在国内绿电制氢项目中属于首次尝试。方案敲定前，团队依托三维模型反复推演吊装路径，预判戈壁大风工况下的风险点，最终顺利将电解槽精准放置于预定基座，为后续同类空间受限场景留下可参考的工程方案。
项目依靠三套特色技术方案搭建完整能源闭环。5MW直流离网示范系统把光伏直流电直接送入电解槽，减少中间环节能量损耗；明阳氢燃研发的30MW纯氢燃气轮机“木星一号”支持100%纯氢燃烧，每小时最多消耗绿氢3.8万立方米，每年可消纳约1万吨绿氢，提供近2亿kWh调峰发电量；项目联合清华大学开发一体化柔性控制系统，实时采集风光出力数据，动态调节电解槽投运台数。
三套技术相互配合，兼顾转化效率、灵活调峰和稳定生产，构成项目最核心的技术底座。随着整套装置平稳运行，项目持续积累风光氢氨一体化运营经验，为同类零碳化工项目提供工程样本。
The Shen Neng Etuokeqi wind-solar integrated hydrogen-to-green ammonia project is located in the Gobi area of Etuokeqi on the western side of the Ordos Plateau. Relying on the abundant local wind and solar resources, intermittent wind and solar energy is gradually converted into green hydrogen, which is then processed into green ammonia products.
The project is equipped with a 505 MW wind-solar power station and simultaneously constructs electrolysis hydrogen production units and ammonia synthesis production lines, designed to achieve a production capacity of tens of thousands of tons of green ammonia. It is also included in the first batch of hydrogen energy pilot projects by the National Energy Administration, the first batch of domestic large-scale zero-carbon chemical demonstration lists, and the second batch of wind-solar hydrogen production demonstration projects in Inner Mongolia, undertaking the task of validating the wind-solar coupling ammonia synthesis technology route.
During the electrolyzer installation phase, the project team used a knuckle boom crane for lifting operations, marking the first attempt of this method in domestic green electricity-to-hydrogen projects. Before finalizing the plan, the team repeatedly simulated the lifting path using a 3D model, anticipated risk points under Gobi high-wind conditions, and successfully placed the electrolyzers precisely on the designated foundations, providing a reference engineering solution for similar space-constrained scenarios in the future.
The project relies on three sets of specialized technical solutions to build a complete energy closed loop. The 5MW off-grid DC demonstration system sends photovoltaic DC power directly to the electrolyzer, reducing energy loss in intermediate steps; Mingyang Hydrogen Fuel has developed the 30MW pure hydrogen gas turbine "Jupiter No. 1," which supports 100% pure hydrogen combustion, consuming up to 38,000 cubic meters of green hydrogen per hour and potentially absorbing about 10,000 tons of green hydrogen per year, providing nearly 200 million kWh of peak-shaving electricity; the project collaborates with Tsinghua University to develop an integrated flexible control system that collects wind and solar output data in real time and dynamically adjusts the number of electrolyzers in operation.
The three technologies complement each other, balancing conversion efficiency, flexible peak-shaving, and stable production, forming the project’s most core technical foundation. As the entire system operates smoothly, the project continuously accumulates integrated operation experience of wind, solar, hydrogen, and ammonia, providing an engineering reference for similar zero-carbon chemical projects.
[Source: China Energy Net]
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