CITIC SEC research indicates that the national energy plan has set a clear direction, further solidifying the industrialization trend for green hydrogen.
The National Development and Reform Commission and the National Energy Administration have released the "15th Five-Year Plan for the Construction of a New Energy System." For the first time in a national-level energy master plan, hydrogen and green fuels have been incorporated into the non-fossil energy supply system. The plan sets a target of 2 million tons of renewable energy-based hydrogen production by 2030 and includes green hydrogen-ammonia-methanol production bases, cross-provincial hydrogen transmission pipelines, dedicated green methanol pipelines, and international shipping green fuel bunkering centers as key projects in the new energy infrastructure. This plan signifies that hydrogen and green fuels are moving from demonstration and exploration into full-chain industrial layout encompassing production, storage, transportation, and use. Its systematic guidance for the green hydrogen-ammonia-methanol industry could potentially replicate the driving effect that the 14th Five-Year Plan had on wind, solar, and new power systems. It is anticipated that the "15th Five-Year" period may become the main growth phase for green hydrogen-ammonia-methanol industrialization. Favorable prospects are seen for green hydrogen-ammonia-methanol project operators, electrolyzer manufacturers, the fuel cell vehicle industry chain, and storage and transportation equipment companies benefiting from hydrogen pipeline network construction.
Key Event Details
The core idea of the plan regarding hydrogen energy is "positioning it within non-fossil energy supply, using the full-chain framework of production-storage-transportation-use, focusing on green hydrogen-ammonia-methanol, and propelling hydrogen from demonstration and exploration towards scale and industrialization." Content directly related to hydrogen and green fuels can be summarized into five levels:
1. Supply Positioning Upgrade: The plan aims to expand non-fossil energy production and consumption, incorporating "geothermal energy, hydrogen, and green fuels." It proposes "doubling the scale of non-electric utilization of new energy" and sets the quantitative target of "reaching 2 million tons of renewable energy-based hydrogen production by 2030."
2. Production Base Layout: It calls for building a batch of green hydrogen-ammonia-methanol production base projects in regions like Northeast China (including Eastern Inner Mongolia), and researching the feasibility of transmitting electricity from wind and solar bases to consumption areas for hydrogen production.
3. Transmission and Distribution Network Formation: For the first time, hydrogen transmission pipelines are included in the national-level project list. It specifies commencing construction on the Ulanqab-Beijing-Tianjin-Hebei hydrogen pipeline project, planning the Ordos-Yulin hydrogen pipeline network, and exploring the large-scale transportation of green methanol using existing underutilized oil and gas pipelines.
4. Application Scenario Expansion: It promotes the application of hydrogen-ammonia-methanol in power generation, transportation, chemical metallurgy, and large-scale energy storage, steadily increasing the proportion of green electricity and green hydrogen used in the petrochemical industry, and supports Shanghai in building an international shipping green fuel bunkering and trading center.
5. Institutional Standards as Foundation: It aims to establish a green fuel sustainability certification system and a statistical and assessment system for renewable energy non-electric utilization, and accelerate the formulation of standards in emerging fields like hydrogen energy and green fuels.
Driving Industrialization Through Non-Fossil Energy Expansion
The previous "14th Five-Year Plan for a Modern Energy System" positioned hydrogen energy in a "frontier research + demonstration application" stage, with a 2025 target of 100,000-200,000 tons/year for renewable hydrogen. In contrast, this new plan integrates hydrogen and green fuels into the broader non-fossil energy supply framework with a significantly larger "2 million tons by 2030" target. This higher industrial positioning and systematic guidance through scale targets, similar to how planning goals drove rapid expansion for wind, solar, and new energy storage, is expected to propel the hydrogen industry into a scale development phase. Assuming an alkaline electrolyzer power consumption of 5 kWh/Nm³ and 3,000 annual operating hours, the 2 million tons of green hydrogen target corresponds to over 30 GW of cumulative electrolyzer capacity. If primarily used for ammonia/methanol synthesis, this could translate to a production capacity space exceeding 10 million tons for green ammonia/green methanol. Clear target guidance is expected to set firm market expectations for the industry, ushering in a new round of accelerated development.
From Production to Transportation: Cross-Provincial Pipelines Address Spatial Mismatch
Green hydrogen and green fuel production capacity in China is mainly concentrated in the northern regions, while consumption demand is primarily in eastern or coastal port areas. Long-distance, low-cost transportation has long been a core bottleneck. This plan's inclusion of the "transportation" end in the national project list marks an upgrade from reliance on road transport towards building scaled, networked infrastructure. Based on industry data, the cost per kilometer for pure hydrogen long-distance pipelines is estimated at 5-6 million yuan, about 2.5 times that of natural gas pipelines. Over 7,000 kilometers of hydrogen pipelines are currently planned domestically, with continued expansion expected. Total investment in national hydrogen/methanol transmission pipeline networks during the "15th Five-Year" period is projected to reach a scale of tens of billions of yuan.
Dual Support from International Certification and Domestic Consumption Mandates
The plan addresses both international demand对接 and domestic consumption考核. EU regulations like EU-ETS for shipping and FuelEU Maritime create clear international demand for green methanol/green ammonia. To meet the characteristics of overseas demand, the plan proposes establishing a green fuel sustainability certification system and supports Shanghai in building an international shipping green fuel bunkering and trading center, creating an interface for domestic green ammonia/methanol to connect with international mutual recognition and meet overseas rigid demand. Domestically, the plan proposes establishing a statistical and assessment system for renewable energy non-electric utilization, linking with recent measures on minimum renewable energy consumption比重 targets and responsibility weights. This will gradually upgrade green hydrogen-ammonia-methanol consumption from encouragement to assessment. Since 2025, leading green hydrogen-ammonia-methanol projects have been密集落地, coupled with central government financial奖励 support and the gradual finalization of CCER methodologies for electrolytic water hydrogen production, fostering expectations for gradual improvement in green hydrogen economics. With the plan's clear supply targets, creation of transportation channels, and anchoring of domestic and international demand, the green hydrogen-ammonia-methanol industry is expected to see accelerated industrialization, with the "15th Five-Year" period potentially being the main growth phase.
Risk Factors
Related policy details and implementation pace falling short of expectations; policy enforcement strength being weaker than expected; major technological shifts in the hydrogen and green fuel industry; the cost reduction speed for green hydrogen/green ammonia-methanol being slower than expected; downstream application demand scaling up slower than anticipated.
Investment Perspective
The "15th Five-Year Plan for the Construction of a New Energy System"首次 integrates hydrogen and green fuels into the non-fossil energy supply system. With the "2 million tons by 2030" green hydrogen target, cross-provincial hydrogen pipeline projects, and renewable energy non-electric consumption assessment, it propels hydrogen from demonstration into full-chain industrial layout. Combined with recent密集 policy releases forming a supportive闭环, the green hydrogen-ammonia-methanol industry is viewed favorably for accelerated industrialization during the "15th Five-Year" period. Four main investment themes are看好: 1) Green hydrogen-ammonia-methanol project operators, benefiting from overseas green methanol demand growth and domestic renewable energy non-electric utilization assessment driving hydrogen and green fuel demand; 2) Electrolyzer manufacturers, key equipment for producing green hydrogen from green electricity, likely to benefit from招标放量 under the 2 million ton capacity target; 3) The fuel cell vehicle industry chain, benefiting from city cluster demonstrations and the target to double the national fuel cell vehicle fleet to 100,000 units by 2030; 4) Storage, transportation, and hydrogen pipeline network equipment, benefiting from the scaled construction of cross-provincial hydrogen pipelines and dedicated green methanol pipelines. Attention is suggested on segments like hydrogen pipeline materials and hydrogen compressors.
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