Release time : 2026-06-03 Source :Shaanxi, Gansu Government; Qinghai Provincial Development and Reform Commission; People's Government of Ningxia Hui Autonomous Region; People's Government of Xinjiang Uygur Autonomous Region; Sichuan
Over the past few weeks, we have successively reviewed hydrogen-related development plans from 14 provincial-level regions, including Beijing, Hebei, Shanghai, and Jiangsu.
Today, we bring you a summary of the hydrogen-related highlights from the remaining provinces and regions.
Details are as follows:
Shaanxi will accelerate the construction of charging infrastructure, improve charging networks in rural areas and along expressway service corridors, and upgrade public charging facilities. Large-capacity fast-charging facilities will also be planned and developed according to local conditions.
At the same time, the province will establish a convenient and efficient hydrogen refueling network through the construction, expansion, and upgrading of a number of hydrogen refueling stations.
Efforts will also focus on optimizing the layout of long-distance oil and natural gas pipeline networks across the province. The natural gas pipeline system serving areas surrounding Guanzhong and southern Shaanxi will be further improved, while connections between provincial pipeline networks and the national pipeline system will be strengthened. These initiatives aim to create a comprehensive natural gas transmission backbone network featuring interconnected trunk and branch lines and a strategic framework described as "Three Rings, Four Vertical Corridors, and Five Horizontal Corridors", extending across the province from north to south and east to west.
Shaanxi will establish a new mechanism to transition from the traditional dual-control system for energy consumption toward a comprehensive dual-control system for carbon emissions. This framework will implement controls over both total carbon emissions and carbon intensity while continuing efforts to reduce energy intensity.
The province will introduce a carbon emissions budgeting system and improve policy frameworks and management mechanisms covering:
A more comprehensive carbon emissions statistical and accounting system will also be established.
In addition, Shaanxi will develop an ecosystem carbon sink accounting framework, assess carbon sink resources across forests, grasslands, wetlands, and farmland, and enhance the carbon sequestration capacity of natural ecosystems.
The province will actively participate in the development of China's national carbon emissions trading market and the national voluntary greenhouse gas emissions reduction market.
In line with the State Council's Action Plan for Carbon Peaking Before 2030, Shaanxi will focus on controlling the consumption of fossil fuels—particularly coal—and promote the peaking of both coal and oil consumption.
Key measures include:
Expanding energy cost management mechanisms within public institutions.
The province will also accelerate circular economy upgrades in industrial parks and develop a number of national- and provincial-level zero-carbon industrial parks.
Pilot carbon-peaking initiatives will continue in Yulin and the Xixian New Area, while stricter oversight will be applied at the project approval stage through mandatory energy-efficiency reviews and carbon emissions assessments for fixed-asset investment projects.
Furthermore, Shaanxi will strengthen the management of high-energy-consumption and high-emissions ("Two Highs") projects and strictly implement national requirements mandating equivalent or reduced carbon emissions replacement for newly built, expanded, or renovated industrial projects within these sectors.
Gansu will accelerate both the expansion and quality improvement of its renewable energy sector by strengthening the coordinated development of generation, grid, load, storage, and energy conversion systems. The province will continue to enhance renewable energy supply through large-scale deployment, improve utilization efficiency through reforms in energy supply and demand mechanisms, and strengthen the core competitiveness of its equipment manufacturing sector through technological innovation.
Gansu will implement a comprehensive “New Energy Plus” initiative and develop a wider range of “Green Electricity Plus” application scenarios. The province will encourage modern energy-intensive industries, strategic emerging industries, and future industries to relocate in an orderly manner to resource-rich regions, promoting synergy between large-scale renewable energy development and high local consumption rates while advancing the concept of “western power generated for western consumption.”
Particular emphasis will be placed on the integrated development of the hydrogen value chain, including production, storage, transportation, distribution, and utilization. In cities such as Jiuquan, Zhangye, and Qingyang, Gansu will develop a series of green hydrogen projects powered directly by renewable energy, incorporating various models such as dedicated renewable energy supply, off-grid operation, and green electricity trading.
The province will actively explore emerging hydrogen applications, including:
Hydrogen deployment will be expanded across the chemical, metallurgy, transportation, and energy sectors, while efforts will be made to establish the Hexi Green Hydrogen Corridor as a flagship hydrogen development zone.
Gansu will also promote new energy consumption models, including:
In addition, the province will complete the Qingyang Green Power Aggregation Project under China's “Eastern Data, Western Computing” strategy.
Gansu will accelerate the upgrading of the entire industrial chains for wind power, photovoltaics, solar thermal power, hydrogen energy, and energy storage equipment.
Key priorities include:
In the energy storage sector, the province will guide industrial clustering in Jinchang, Jiuquan, and Lanzhou New Area, covering upstream raw materials and components, battery and storage systems, and downstream applications.
For hydrogen energy, Gansu will attract investments in key technologies and manufacturing projects—including electrolyzers, hydrogen fuel cells, and catalysts—in cities such as Jiuquan, Zhangye, and Qingyang.
The province will also develop circular economy industries focused on recycling retired wind and solar equipment and used batteries.
By 2030, the output value of Gansu’s new energy and equipment manufacturing industries is expected to exceed RMB 200 billion.
Gansu will continue improving the ability of renewable energy to safely and reliably replace conventional energy sources and accelerate the transition toward covering all incremental electricity demand with incremental clean energy generation.
While ensuring energy security and supply stability, the province will promote the clean and efficient utilization of fossil fuels, gradually reduce the share of coal consumption, expand the replacement of dispersed coal use, and support the peaking of both coal and oil consumption.
Building on its advantages in wind and solar power, Gansu will also develop biomass and geothermal energy according to local conditions and promote the substitution of fossil fuels with hydrogen energy and biomass energy.
Additional efforts will focus on cascading energy utilization, waste heat recovery, and waste pressure recovery, while strengthening demand-side energy management and increasing end-use electrification to support a greener and lower-carbon energy consumption structure.
Qinghai will pursue the coordinated development of a diversified energy system encompassing wind, solar, hydropower, coal power, natural gas, hydrogen, and energy storage. By balancing local consumption and power exports, the province aims to maintain its position as China's leading region in both renewable energy installed capacity and renewable electricity generation, while making greater contributions to national carbon reduction and energy security objectives.
Key initiatives include:
Qinghai will also promote integrated development of hydropower, wind power, and solar power along the upper reaches of the Yellow River. Major projects include:
At the same time, the province will implement a next-generation coal power modernization program and complete the Golmud 2 × 660 MW coal-fired power project.
To improve grid stability and power supply quality, Qinghai will accelerate the deployment of new energy storage facilities and other flexible power sources while enhancing its peak-shaving and energy storage systems.
By 2030:
Clean energy generation will account for more than 80% of total electricity generation in the province.
Ningxia will strengthen demand-driven development of clean energy resources, promote coordinated growth between clean energy deployment and equipment manufacturing, accelerate technology and product upgrades, and expand its clean energy industrial cluster.
Key priorities include:
In the hydrogen sector, Ningxia will actively foster the manufacturing of:
The region will also strengthen its capabilities in wind power equipment manufacturing, including wind power generators and gearbox systems, while enhancing overall wind turbine manufacturing capacity.
Ningxia will pursue a balanced approach that emphasizes both electrical and non-electrical applications of renewable energy. The region will promote the transition from a model focused solely on renewable electricity consumption toward comprehensive multi-energy utilization, enabling the safe, reliable, and orderly replacement of fossil fuels.
Major initiatives include:
Beyond power generation, Ningxia will expand non-electric applications of renewable energy by:
Through these initiatives, Ningxia aims to accelerate the integration of renewable energy across multiple sectors while fostering the growth of a diversified clean energy economy.
Guangdong will accelerate the development of non-fossil energy sources through a diversified energy mix encompassing wind, solar, hydropower, and nuclear power.
The province will:
Guangdong will also:
The province will actively promote the integrated development of distributed solar PV across multiple sectors and develop clean energy sources such as:
Efforts will be strengthened to support local development and utilization of distributed energy resources.
To ensure energy security, Guangdong will:
By 2030:
The province will further accelerate the construction of a modern smart grid by:
Additional initiatives include:
Guangdong will promote the clean and efficient use of coal and advance coal-fired power plant retrofits and upgrades.
The province will explore technologies including:
To accelerate the energy transition, Guangdong will:
The province will also encourage innovative energy supply-demand models, including:
To improve public energy services, Guangdong will:
Guangdong will accelerate the development of:
The province aims to establish the Guangdong–Hong Kong–Macao Greater Bay Area as a leading green and low-carbon industrial cluster.
Priority will be given to research and development of core technologies and equipment in future-oriented industries such as:
Guangdong will:
The province will also expand integrated application scenarios involving:
Guangxi will continue increasing the share of renewable energy and accelerate the construction of a new power system.
The region will pursue coordinated development of:
Key measures include:
Guangxi will also:
The region will further:
To strengthen regional energy security, Guangxi will:
Guangxi will vigorously promote the application of energy-related scientific and technological innovation.
The region will encourage the coordinated development of the energy sector with the modern industrial system and cultivate industrial clusters in areas such as:
At the same time, Guangxi will:
Hainan will strengthen its hydrogen industry's innovation capabilities and continue advancing breakthroughs in key core technologies across the entire hydrogen value chain, including production, storage, transportation, and utilization.
The province will systematically promote:
To expand clean and low-carbon hydrogen supply, Hainan will develop hydrogen production pathways tailored to local conditions, including:
The province will also promote the integrated development of electricity, hydrogen, ammonia, and methanol (Power-to-Hydrogen-Ammonia-Methanol integration).
Hainan will continue broadening the application of hydrogen energy across multiple sectors by:
Through these measures, Hainan aims to establish a more complete hydrogen industry ecosystem and accelerate the commercialization of hydrogen technologies as part of its future-oriented industrial development strategy.
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