China has launched phase one of its groundbreaking 'Qingqing No. 1' facility in Jilin Province, marking a significant leap in renewable energy innovation. The project, developed by China Energy Engineering Group, integrates green hydrogen, ammonia, and methanol production through a novel 'wind-solar-hydrogen-ammonia-methanol' model, addressing the persistent challenge of stabilizing chemical production using intermittent renewable energy sources.
Company Chairman Ni Zhen revealed the facility employs an AI-driven control system to synchronize power fluctuations from wind and solar farms with industrial energy demands. This technological advancement ensures stable production of 45,000 tonnes of green hydrogen and 200,000 tonnes of ammonia/methanol annually, equivalent to 20% of China's current green hydrogen output.
With 64 electrolyzer units and 450,000 cubic meters of hydrogen storage capacity – the world's largest operational system – the project represents a 30-billion-yuan investment in sustainable infrastructure. Environmental benefits include an annual reduction of 1.4 million tonnes of carbon emissions, while the produced green fuels will support decarbonization efforts in shipping and heavy industries.
The development solidifies China's leadership in green hydrogen technology, which now accounts for over half of global production capacity. This initiative demonstrates practical solutions for large-scale renewable energy adoption while creating new pathways for international climate cooperation.
