CITIC SEC: Yunnan issues important green hydrogen subsidy policy or boost nationwide policy expectations.

date
08:36 03/03/2026
avatar
GMT Eight
On February 28th, Yunnan Province issued "Several Measures to Promote the Absorption of Green Electricity in Yunnan Province".
CITIC SEC released a research report stating that on February 28th, Yunnan Province issued "Several Measures to Promote the Consumption of Green Electricity in Yunnan Province." Among them, it was proposed to provide a subsidy of up to 13 yuan/kg for green hydrogen projects that meet the conditions. At the same time, the policy also proposed guiding local areas to focus on the demand for carbon reduction in refineries and chemical industries, and to layout integrated projects such as green hydrogen, ammonia, and SAF. This unprecedented subsidy will significantly improve the profitability of local green hydrogen and green fuel projects. It will also boost market expectations for national hydrogen energy support policies. It is recommended to pay attention to green hydrogen, ammonia, and alcohol project operators as well as electrolyzer manufacturers. CITIC SEC's main points are as follows: Yunnan Province has introduced hydrogen energy promotion policies, with the highest subsidy of 13 yuan/kg for green hydrogen. On February 28th, the development and reform commission, industry and information technology department, and energy bureau of Yunnan Province held a press conference to jointly release "Several Measures to Promote the Consumption of Green Electricity in Yunnan Province" (hereinafter referred to as the "Measures"), putting forward 15 measures to promote the coordinated development of green electricity consumption and industries. Three key deployments were made in the field of hydrogen energy. 1) Relax restrictions and provide subsidies from multiple dimensions. The "Measures" propose allowing the construction of renewable energy water electrolysis hydrogen production in non-chemical industrial parks, significantly reducing the site selection and compliance thresholds; after the commissioning of wind-solar hydrogen integration projects, the proportion of on-grid electricity will gradually tighten in the first/second/third years (40%/30%/20% respectively), forcing more electricity to be converted into hydrogen (ammonia, alcohol) on-site to enhance consumption; for hydrogen production projects powered by the public grid, a benefit-sharing mechanism for "reducing abandoned electricity - hydrogen production consumption" will be proposed; integrated projects producing green hydrogen of 100 tons per year will be given a subsidy reward of up to 13 yuan/kg for three consecutive years after production. 2) Scientific layout to create scenarios. Guiding the key areas such as Qujing, Zhaotong, and Honghe to plan industrial chain projects for "hydrogen production - synthetic ammonia - methanol - SAF" in line with the carbon reduction demands of the refining and chemical industries; proposing to launch a batch of green electricity hydrogen integration demonstration projects annually before 2028; expanding application scenarios, including hydrogen-heavy trucks at hydroelectric construction sites and mines, as well as demonstrations of hydrogen blending in town gas pipeline networks, and hydrogen/ammonia blending in newly built thermal power units. 3) Promoting infrastructure construction. The "Measures" propose actively participating in the construction of the Western Land-Sea New Corridor "Hydrogen Corridor," synchronously planning and constructing hydrogen/hydrogen production infrastructure along the route at gas, refueling, and charging stations. Subsidies will significantly improve the economics of green hydrogen and ammonia and alcohol. According to the "Economic Analysis of Biomass Gasification Coupled Green Methanol Production Process with Different Green Hydrogen" (Wu Zibo, Zhang Jingyu, Wu Luping, etc., 2025), and "Research on the Basic Development and Route of Green Hydrogen Synthesis Ammonia under the Dual Carbon Goals in China" (Li Yulei, Liu Wei, Dong Binqi, etc., 2022), it is estimated that with an electricity price of 0.40 yuan/kWh, the production cost of green hydrogen per unit is about 25 yuan/kg. A subsidy of 13 yuan/kg will directly reduce the cost of green hydrogen to the same level as grey hydrogen and will also reduce the cost of producing green methanol from biomass by coupling with green hydrogen from about 5000 yuan/ton to about 3500 yuan/ton, and reduce the cost of green ammonia from about 4300 yuan/ton to about 2000 yuan/ton, directly resolving the economic issue of industrial enterprises using green hydrogen for material substitution. According to statistics from the Hydrogen Energy public account of Insight, the annual production capacity of scale hydrogen production projects in Yunnan has reached approximately 3000 tons/year. It is expected that under the guidance of policies, the green hydrogen, ammonia, and alcohol projects in Yunnan are expected to increase rapidly. Regional hydrogen energy subsidies are leading the way, and expectations for national policies are growing stronger. This document is a regional leading plan issued during the incubation period of the "14th Five-Year Plan" policy, which is expected to further enhance market expectations for national green hydrogen subsidies. In addition, according to the National Energy Administration's WeChat account, several department-level leaders have repeatedly spoken out in the past month, stating that they will promote the scale advancement of renewable energy hydrogen, ammonia, and alcohol production and cultivate the future hydrogen industry during the "14th Five-Year Plan" period. With the catalysis of high-level speeches and the substantive implementation of regional policies, market expectations for the hydrogen energy sector are expected to continue to rise around the time of the "Two Sessions." Risk factors: The detailed implementation of related policies and the pace of implementation are slower than expected; the intensity of policy implementation is lower than expected; there is a major change in the technical route of the green hydrogen and hydrogen-based green fuel industry; the speed of cost reduction is slower than expected.