[SMM Hydrogen Energy Policy Express] Fuzhou, Fujian: Notice on the Implementation Plan for Carbon Peak in the Industrial Sector of Fuzhou City

The document points out that efforts should be made to vigorously develop offshore wind power and hydrogen energy equipment. Taking the Fujian Three Gorges Offshore Wind Power Industrial Park as the main cluster area, efforts will be made to fill in the gaps in the upstream industry chain, such as reinforcing fibers, resins, castings and forgings, and bearings, as well as in the midstream, such as submarine cables, to create a complete industry chain for wind power equipment. Large-power offshore wind power equipment will be developed, and Fuzhou will be built into a national-level offshore wind power detection center and a manufacturing base for wind power equipment along the southeast coast. Relying on the hydrogen energy demonstration circle in the Fuqing Port-Industrial Zone, efforts will be made to promote the integrated development of hydrogen production, storage, refueling, and hydrogen energy equipment, and to advance the large-scale and high-end manufacturing of hydrogen energy equipment across the "entire chain."

Actively develop clean energy sources such as hydrogen energy, offshore wind power, and PV power generation. Encourage enterprises and industrial parks to utilize clean energy sources nearby, explore direct supply of green electricity, and support qualified enterprises in constructing captive power plants and power supplies, such as those integrating "PV + ESS."

Build a zero-carbon energy supply system, develop the "direct green electricity supply model," establish a multi-energy complementary energy supply system integrating "electricity, heat, cold, gas, and hydrogen," encourage the configuration of new-type energy storage on the user side, enhance the capacity for local grid connection and consumption of new energy, and promote the cascading utilization of energy, the recovery of waste heat and pressure, and green cooling and heating.

Encourage qualified enterprises to use renewable energy sources to produce hydrogen and optimize the hydrogen production structure from raw materials for synthetic ammonia. Encourage the lawful and regulated import of recycled raw materials to enhance the supply capacity of recycled resources.

Guide and support innovative entities such as local universities, scientific research institutes, and high-tech enterprises to strengthen the R&D of key technologies for low-carbon, zero-carbon, and negative-carbon technologies. Deploy a number of scientific and technological projects in key areas such as large-capacity wind power, high-efficiency PV, high-efficiency ESS, hydrogen production from renewable energy sources, carbon capture, utilization, and storage (CCUS) technologies, and the resourceful utilization of carbon dioxide under mild conditions. Relying on R&D institutions such as the Dongfang Electric Innovation Research Institute, the National Engineering Research Center for Fertilizer Catalysts at Fuzhou University, and the Hydrogen Power Equipment Engineering Research Center of Fujian Province at Snowman Co., Ltd., accelerate the R&D of core equipment components such as proton exchange membrane fuel cells, fuel cell engines, hydrogen circulation pumps, diaphragm compressors for hydrogen refueling stations, high-pressure hydrogen storage pressure vessels, and heat exchangers.

Strengthen the construction of platforms for low-carbon technological innovation carriers. Promote the establishment of a low-carbon, zero-carbon, and negative-carbon technological innovation system with enterprises as the mainstay, featuring collaboration among industry, academia, and research, as well as coordination between upstream and downstream sectors. Deepen innovation-driven development, construct multi-level and diversified innovation platforms, accelerate the aggregation of innovative elements such as talents, technologies, and funds, support the construction of a hydrogen energy industry technology and product analysis and detection service platform, and cultivate and establish a number of leading national and provincial key laboratories, engineering research centers, manufacturing innovation centers, and enterprise technology centers in fields such as next-generation information technology, new materials, new energy, NEVs, biomedicine, and marine high-tech, to enhance low-carbon technological innovation capabilities.

Green and low-carbon products support the low-carbon development of the transportation sector. We will vigorously promote energy-efficient and new energy vehicles (NEVs), strengthen technological innovation in vehicle integration, and enhance the concentration of the NEV industry. We will encourage enterprises to update and use NEVs, promote the electrification of freight, urban public service, and industrial and mining enterprise internal vehicles, drive enterprises to use electric transport vehicles, carry out the R&D and application of electric heavy-duty trucks and hydrogen fuel cell vehicles, encourage individuals to consume NEVs, and increase the proportion of NEVs. We will accelerate the construction of charging piles and innovation in battery swapping models, and build a convenient, efficient, and moderately advanced charging network system. We will vigorously develop green and intelligent ships, strengthen the R&D of low-carbon and clean energy equipment such as marine hybrid power, LNG power, battery power, ammonia fuel, and hydrogen fuel, promote the renewal and transformation of old inland and coastal ships, and accelerate the development and application of a new generation of green and intelligent ships.