【Key Policies】Shenzhen issued an action plan for the innovation and development of the hydrogen energy industry to create a source of core technologies for the hydrogen energy industry
On May 10, the Shenzhen Municipal Development and Reform Commission issued the Action Plan for the Innovation and Development of Shenzhen's Hydrogen Energy Industry (2024-2025) (hereinafter referred to as the "Action Plan").
The Action Plan proposes 17 specific measures in 4 parts around the core technology research and development, advanced manufacturing, scenario application demonstration and industrial supporting services of the hydrogen energy industry. It is proposed that by 2025, the scale of the hydrogen energy industry will continue to grow, the innovation ability will continue to improve, a number of key core technologies will be broken through, and the key components and equipment technologies such as stacks, membrane electrodes, bipolar plates, proton exchange membranes, carbon paper, catalysts, hydrogen production equipment, and hydrogen storage devices will reach the domestic leading level, and a number of innovative enterprises with leading technology and strong international competitiveness will be formed. No more than 5 hydrogen refueling stations will be built, no less than 15 innovation carriers will be built, and no less than 20 international and domestic standards in the field of hydrogen energy will be led or revised in our city, and the core competitiveness of the whole industry chain will be steadily improved.
Comments: In the context of global energy transition, hydrogen energy, as a clean and efficient energy carrier, is gradually becoming an important force to promote the green transformation of the economy and society. As one of the core cities of the first batch of fuel cell vehicle demonstration city agglomerations in China, Shenzhen takes the hydrogen energy industry as an important starting point to achieve the goal of carbon peak and expand and strengthen the green industry, and grasps the window of industrial development. By the end of 2023, Shenzhen has gathered nearly 200 enterprises related to the hydrogen energy industry chain, forming a complete industrial chain covering multiple links. Among these enterprises, about 32% focus on the R&D and production of fuel cell systems and related components, about 11% are deployed in fuel cell stacks and related fields, and about 28% are actively engaged in hydrogen preparation, storage and transportation, hydrogen refueling station equipment, and the construction and operation of hydrogen refueling stations. Compared with the data of 2022, the number of enterprises in all links of Shenzhen's hydrogen energy industry chain has increased, injecting new vitality into the development of the industry.
The Action Plan released by Shenzhen provides a comprehensive plan and detailed deployment for the future development of the city's hydrogen energy industry. The Action Plan will greatly promote the scale expansion of Shenzhen's hydrogen energy industry and promote the coordinated development of all links in the upstream and downstream of the industrial chain by strengthening technology research and development, promoting advanced manufacturing, carrying out scenario application demonstrations, and improving industrial supporting services. At the same time, the Action Plan emphasizes breakthroughs in key core technologies, including the research and development of key components and equipment technologies such as stacks, membrane electrodes, and hydrogen production equipment. This strategic deployment will help improve the overall technical level of Shenzhen's hydrogen energy industry and enhance its competitiveness in the national and global hydrogen energy field. In addition, the Action Plan also sets the goal of forming a group of enterprises with strong international competitiveness by 2025. The setting of this goal will greatly stimulate the enthusiasm of enterprises to participate in the construction of the hydrogen energy industry, promote the optimization and upgrading of the entire hydrogen energy industry chain, and accelerate the pace of hydrogen energy industrialization. With the orderly implementation of this policy, Shenzhen's hydrogen energy industry will usher in new development opportunities. This will not only help promote green and low-carbon development and inject new economic development momentum into the city, but also enhance Shenzhen's competitiveness in the global hydrogen energy field and inject new vitality into hydrogen energy technology innovation and industrial upgrading.
Figure 1: Number and distribution of enterprises in the hydrogen energy and fuel cell industry in Shenzhen from 2021 to 2023 (unit: households)
Source: Shenzhen Hydrogen Energy and Fuel Cell Association, Zhiyan Consulting
【Key Policies】Shandong Province has issued an implementation plan for the high-quality development of the iconic industrial chain led by scientific and technological innovation, and strengthened the key technology research of the entire hydrogen energy industry chain
On May 10, the General Office of the Shandong Provincial People's Government issued the "Implementation Plan for the High-quality Development of Landmark Industrial Chains Led by Scientific and Technological Innovation (2024-2027)" (hereinafter referred to as the "Implementation Plan"). The "Implementation Plan" focuses on the high-quality development needs of the iconic industrial chain, systematically builds a scientific and technological innovation system with enterprises as the main body, market-oriented, and in-depth integration of production, education, research and application, makes up for the shortcomings of core technologies in strategic fields, improves the independent and controllable ability of the industrial chain, accelerates the formation of new quality productivity, and leads the construction of a modern industrial system with Shandong's advantages. Among them, in the field of hydrogen energy, the "Implementation Plan" proposes to study the key technologies for the integration of large-scale hydrogen production, storage, transportation and use, make breakthroughs in proton exchange membrane water electrolysis hydrogen production, hydrogen fuel cell engine integration and other technologies, and develop key equipment such as megawatt water electrolysis hydrogen production devices.
【Key Policies】Wuxi City, Jiangsu Province issued the key points for the development of the hydrogen energy industry in 2024 to promote the construction of Wuxi's leading hydrogen energy industry cluster in China
On May 8, it was reported that in order to promote the high-quality development of Wuxi's hydrogen energy industry, according to the "Three-Year Action Plan for the Development of Hydrogen Energy and Energy Storage Industry in Wuxi (2023-2025)", the Wuxi Hydrogen Energy and Energy Storage Industry Development Work Group specially formulated and issued the "Key Points for the Development of Hydrogen Energy Industry in Wuxi in 2024" (hereinafter referred to as the "Key Points of Work"). The "Key Points of Work" formulated the city's hydrogen energy industry development goals in 2024, and focused on "building a hydrogen energy industry innovation system", "expanding the scale of the hydrogen energy industry", "innovating and cultivating hydrogen energy application scenarios", and "establishing a diversified hydrogen energy supply system".
【Key Policies】Chengdu issued the "Key Points of Chengdu Industrial Construction Circle and Strong Chain in 2024", and built hydrogen energy as a key industrial chain for building a circle and strengthening the chain
On May 7, the Chengdu Industrial Circle Building and Strengthening Chain Work Leading Group issued the "Chengdu Industrial Circle and Strong Chain 2024 Work Points", which will build hydrogen energy as a key industrial chain for building a circle and strengthening the chain, and Chengdu's hydrogen energy industry chain needs a new "way of playing". In this regard, Chengdu will highlight original innovation, support the creation of a national technology innovation center for key components of hydrogen energy, consolidate its advantages in the field of on-board high-pressure gaseous hydrogen storage cylinders, and break through key technologies such as 70 megapascal pressurized filling equipment.
【Key Policies】Zhengzhou Science and Technology released a draft plan to support carbon peak and carbon neutrality, and cultivate hydrogen energy utilization and fuel cell vehicle industry clusters
On May 7, the Science and Technology Bureau of Zhengzhou City, Henan Province solemnly issued a notice for public comment on the "Implementation Plan for Zhengzhou Science and Technology to Support Carbon Peak and Carbon Neutrality (Draft for Comments)", which aims to widely solicit valuable opinions from all walks of life, jointly promote the transformation and application of green and low-carbon technologies, and lead Zhengzhou to a green and low-carbon transformation and development path.
In the field of energy, the Zhengzhou Science and Technology Bureau emphasized the need to further strengthen the research and application of new energy technologies such as photovoltaic and wind power, and vigorously promote the deep integration of distributed photovoltaic power generation technology and integrated energy system technology. At the same time, the R&D and application of hydrogen energy have also been placed in an important position, and the improvement and upgrading of the hydrogen energy industry chain will be promoted by strengthening the research on the whole chain technology of hydrogen production, storage, transportation and use, and the cultivation of hydrogen energy utilization and fuel cell vehicle industry clusters. In addition, the promotion of low-carbon energy technologies such as the research and application of source-grid-load-storage deep synergy technology, the demonstration application of pumped storage, and the new industrial heating technology of deep peak shaving of thermal power units will provide strong support for the green and low-carbon transformation of Zhengzhou's energy sector.
【Key Event】The National Key R&D Program "Research and Demonstration Application of Hydrogen Energy Multi-scenario Deep Integration and Intelligent Control Technology" was launched
On May 6, the kick-off meeting of the National Key R&D Program "Hydrogen Energy Technology" key special project "Research and Demonstration Application of Hydrogen Energy Multi-scenario Deep Integration and Intelligent Control Technology" (referred to as "Hydrogen into Ten Thousand Homes" Phase III) was held in Shandong University, the lead unit of the project, with two national and provincial management departments and two academicians and more than ten industry experts attending the meeting, marking the official implementation of the third phase of the "Hydrogen into Ten Thousand Homes" project. The third phase of the project has a total of 5 topics, mainly to undertake the first and second phases of the project, to carry out the research and demonstration application of hydrogen energy multi-scenario deep integration and intelligent management and control technology.
On the basis of actively participating in the second phase of the "Hydrogen into Ten Thousand Homes" project and leading the third and fourth projects, the Weifang Municipal Public Utilities Service Center was invited to continue to participate in the third phase of the project and undertake the fifth sub-project of the project "Research and Application of Key Technologies of Hydrogen Intelligent Services for Hydrogen Pipelines and Community Services", which is mainly responsible for completing the application demonstration of hydrogen pipeline management, community user service software, and ensuring the application demonstration of hydrogen pipelines and hydrogen energy communities, with a total of nearly 2 million yuan of scientific research funds approved.
【Key Event】The National Key R&D Program "Design and Manufacturing Technology of High Reliability High Pressure Hydrogen Storage Pressure Vessel" Project Promotion Seminar was held in Nanjing Iron and Steel
On May 9, the "14th Five-Year Plan" National Key R&D Program "Design and Manufacturing Technology of High-Reliability High-pressure Hydrogen Storage Pressure Vessel" project promotion seminar was held in Nanjing Iron and Steel. The project of "Design and Manufacturing Technology of High Reliability High Pressure Hydrogen Storage Pressure Vessel" is a key project of the National Key R&D Program "Hydrogen Energy Technology", led by Hefei General Machinery Research Institute Co., Ltd., and jointly participated in the research and development with 10 units including Nanjing Iron and Steel, China Special Equipment Testing and Research Institute, and Lanzhou Lanshi Heavy Equipment Co., Ltd.
【Key Event】Dalian, Liaoning Province held a special meeting to speed up the construction of hydrogen-based energy centers and methanol bases
On May 8, Zhao Dong, Secretary of the Party Working Committee and Director of the Management Committee of Dalian Changxing Island Economic and Technological Development Zone, presided over a special meeting to listen to the report on Changxing Island's promotion of the construction of Northeast Asian hydrogen-based energy center and methanol base. Relevant departments and units are required to strengthen top-level design, improve the planning system, lead the high-quality development of hydrogen-based energy centers and methanol bases with high-quality planning, and open up new tracks and create new benchmarks in the development of the new energy industry.
The meeting pointed out that it is necessary to seize the development opportunities of the hydrogen-based energy industry, seize the "commanding heights" of the new energy track, rely on the application scenarios of the national petrochemical industry base and the advantages of deep-water terminals, and take the development of the hydrogen-based energy industry as an important carrier to achieve the "double carbon" goal and promote the green transformation and upgrading of the industrial structure. Be a demonstration and be a leader in the first trial.
【Key Event】The second phase of the Xianhu Laboratory in Foshan, Guangdong Province officially started, focusing on the core technology of hydrogen energy
On May 8, the second phase of the infrastructure construction project of Foshan Xianhu Laboratory officially started. With a total investment of nearly 1.1 billion yuan, the project will build a laboratory of 27,000 square meters. After completion, the project will be handed over to Foshan Xianhu Laboratory to carry out work related to the core technology research of hydrogen energy, and further build an industrial pattern of "China's hydrogen energy looks at Foshan, and Foshan's hydrogen energy looks at the South China Sea". The first phase of the construction of the laboratory (2020-2022) will invest 1.88 billion yuan to build seven supporting platforms and eight R&D centers at the first-class level to support original research and core technology research and development.
【Key Event】Zhaoqing City, Guangdong Province has launched hydrogen energy sharing bicycles on a large scale, and more than 100,000 hydrogen bicycles will be launched in the next five years
On May 6, Duanzhou District, Zhaoqing City, Guangdong Province, held a grand launch ceremony for youth "hydrogen" pine riding activities and shared hydrogen bicycles in Zhaoqing Archway Square. The event was hosted by the Duanzhou District Party Committee and District Government of Zhaoqing City, the Zhaoqing Municipal Committee of the Communist Youth League and Hydrogen Lan (Shenzhen) Technology Co., Ltd. At the launching ceremony, the first batch of 700 hydrogen shared bicycles will be put into trial operation, and a total of 5,000 hydrogen shared bicycles will be launched for citizens to choose from. According to the statistics of cycling demand in the Greater Bay Area, in the next five years, more than 100,000 hydrogen bicycles will be launched.
Hydrogen production
【Key Event】Hebei 4.1 billion wind and solar hydrogen production project was launched, with a hydrogen production capacity of up to 20,000 standard cubic meters per hour
On the morning of May 9, Hebei Zhangjiakou Wind Power Photovoltaic Power Generation Comprehensive Utilization (Hydrogen Production) Demonstration Project was held at the project base of Kangbao Hongmeng New Energy Phase I Hydrogen Production Plant. It is understood that Hebei Hongmeng New Energy Co., Ltd. Kangbao wind and solar hydrogen production project covers a total area of 602 acres, with a total investment of 4.1 billion yuan. Among them, the first phase of the project covers an area of 207 acres, with an investment of 773 million yuan, and plans to invest 150 million yuan in 2024, with an average investment of 3.73 million yuan per mu, mainly to build hydrogen production and ancillary liquefaction, storage and filling facilities, with a hydrogen production capacity of 20,000 standard cubic meters per hour, a daily output of about 30 tons of hydrogen, and a supporting construction of 5-10 tons of hydrogen liquefaction devices per day. After the completion of the first phase of the project, the annual output value of power generation and hydrogen production is expected to be about 600 million yuan, the annual tax payment is 102 million yuan, the average tax revenue per mu is 490,000 yuan, and more than 80 new jobs will be created.
【Key Event】The civil construction of the Songwon Hydrogen Energy Industrial Park project of China Energy Construction started
On May 6, the chemical engineering design and basic design of the first phase of the Songwon Hydrogen Energy Industrial Park project of China Energy Construction Songwon Hydrogen Energy Industrial Park, the world's largest green electricity coupling green chemical project contracted by PetroChina Jilin Chemical Engineering Co., Ltd. (Huanqiu Jilin Company), successfully passed the review, and the on-site civil engineering was fully started.
The project is the "first batch of green and low-carbon advanced technology demonstration projects" of the National Development and Reform Commission, and is currently the world's largest green hydroammonia alcohol integration project. It is also the first batch of large-scale demonstration projects of "Hydrogen Jilin", and it is also the second domestic leading large order of the same kind after the "Daan Wind and Solar Green Hydrogen and Ammonia Integration Demonstration Project of State Power Investment Jilin Electric Co., Ltd.".
The first phase of the project has an annual output of 37,000 tons of green hydrogen, 200,000 tons of synthetic ammonia and 20,000 tons of methanol. The production of the project's products has achieved zero carbon emissions, which not only plays a leading role in the transformation of the chemical industry into the new energy field, but also adds new achievements to the development of the green chemical industry in mainland China.
Hydrogen storage and transportation
【Key Event】China Energy Construction won the bid for the first pure hydrogen transmission pipeline construction project
On May 10, Gezhouba Oil & Gas Company, a subsidiary of China Energy Gezhouba Electromechanical Co., Ltd., successfully won the bid for the construction project of the first pure hydrogen transmission pipeline project, achieving another breakthrough in the field of hydrogen energy.
Shenzhen Energy Pure Hydrogen Transmission Pipeline Construction Project is located in Shanghai Miao Economic Development Zone, Etuoke Qianqi, Inner Mongolia Autonomous Region, and is the first green hydrogen transmission pipeline in Inner Mongolia Autonomous Region. The hydrogen production station of Shenzhen Energy's photovoltaic hydrogen production project will provide gas to relevant energy and chemical enterprises in the development zone.
This project is another hydrogen energy project undertaken by the company after the China Energy Construction Zhangye Hydrogen Energy Comprehensive Application Demonstration Project and the China Huaneng Gansu Green Power to Green Hydrogen Demonstration Project, which is a full demonstration of the industry's construction performance and technical recognition of the company's hydrogen energy business. After the project is completed and put into operation, it will become the first pure hydrogen transmission pipeline put into operation in Inner Mongolia Autonomous Region, which can create favorable conditions for the development of the hydrogen energy industry chain in Inner Mongolia.
【Key Event】The first liquid hydrogen key equipment manufacturing base in Zhejiang Province started
On May 6, the groundbreaking ceremony of the hydrogen energy equipment industrial base project of Hangyang Group was held and the construction officially started. The project is mainly used for the production of hydrogen energy equipment products, focusing on hydrogen energy technology innovation and injecting new momentum into economic growth. Wang Xuechao, member of the Standing Committee of the Lin'an District Party Committee, Secretary of the Party Working Committee and Director of the Management Committee of Qingshan Lake Science and Technology City, was invited to attend the groundbreaking ceremony; Zheng Wei, Secretary of the Party Committee and Chairman of Hangyang Group, announced the start of the project, Tong Jun, Deputy Secretary of the Party Committee of Hangyang Group, Huang Anting, Deputy General Manager, Sun Jian, Assistant General Manager, and representatives of the general contractor and contractor of the project attended the ceremony.
It is understood that Hangyang is one of the earliest companies engaged in hydrogen liquefaction research and development in China, and has established a hydrogen industry development center to develop hydrogen production, hydrogen storage, hydrogen liquefaction related technologies and unit parts, has mature hydrogen purification technology reserves, and has the ability to design the whole process of hydrogen liquefaction. It is reported that the Hangzhou Oxygen and Hydrogen Energy Equipment Industrial Base project is the first liquid hydrogen key equipment manufacturing base in Zhejiang Province. After the completion of the project, it will mainly produce cryogenic liquid pumps and cryogenic valves suitable for the field of liquid hydrogen; It is also engaged in hydrogen, liquid helium and other gas products, as well as hydrogen energy equipment such as hydrogen liquefaction expanders, liquid hydrogen tank trucks, and hydrogen compressors.
【Key Event】Hydrogen Maple (China) Solid-State Hydrogen Storage Technology Development and Application Center was put into operation
On May 10, the Hydrogen Maple Solid-State Hydrogen Storage Technology Development and Application Center (hereinafter referred to as the Center) held a ribbon-cutting ceremony for commissioning. The center includes two core sections, basic laboratory and application laboratory, mainly to carry out the development of solid-state hydrogen storage and transportation technology based on magnesium alloy hydrogen storage materials, and expand to the whole industry chain application demonstration of hydrogen production, storage and use, with extensive and in-depth research directions. Specifically, the basic laboratory will focus on basic research such as the optimization of magnesium alloy hydrogen storage materials, the improvement of thermal conductivity of materials, the modification of magnesium alloy materials, and the development of high-efficiency catalysts. The application laboratory will be committed to the coupling test of hydrogen storage power generation system, the hydrogen absorption performance test of solid-state hydrogen storage containers, the research and development of hydrogen storage material recovery methods, and the bulk transportation of hydrogen storage materials, etc., so as to lay a solid foundation for the large-scale application of magnesium-based solid-state hydrogen storage.
Based on this, Hydrogen Maple will actively accelerate a series of magnesium-based solid-state hydrogen storage test plans, deeply explore the hydrogen storage performance of magnesium alloys under different conditions, further improve product quality, improve production processes, reduce production costs, improve the overall efficiency of hydrogen storage technology, and promote the innovation progress and commercial application of solid-state hydrogen storage technology.
【Key Technologies】The combustion chamber test of the "Jupiter No. 1" pure hydrogen gas turbine independently developed by Mingyang Hydrogen Gas has been a complete success, and a major breakthrough in the new long-term energy storage technology
On May 9, the combustion chamber test of the "Jupiter No. 1" pure hydrogen gas turbine independently developed by Wuxi Mingyang Hydrogen Power Technology Co., Ltd. (hereinafter referred to as "Mingyang Hydrogen Fuel"), a subsidiary of Mingyang Intelligence, was a complete success, and hydrogen was burned continuously for 10 hours. This is currently the longest cycle and largest flow rate of pure hydrogen combustion chamber test in China, and it is a key part of Continental's independent research and development of pure hydrogen gas turbines and new long-term energy storage technologies of more than 10 hours. In this test, the parameters reached the international advanced level and were unanimously recognized by the on-site review experts.
【Key technology】The first 100-kilogram vehicle-mounted liquid hydrogen system in mainland China was released, helping hydrogen heavy-duty trucks to exceed 1,000 kilometers of driving range
On May 10, the mainland's first 100-kilogram vehicle-mounted liquid hydrogen system, "Track 1000", independently developed by the 101 Institute of the Sixth Academy of China Aerospace Science and Technology Corporation, was grandly released in Beijing. This product is one of the core equipment of liquid hydrogen heavy trucks, which will help hydrogen heavy trucks exceed 1,000 kilometers of driving range, which is a major technological breakthrough in the application of liquid hydrogen in the field of transportation by Continental.
The new generation of on-board liquid hydrogen system, as the first 100-kilogram on-board liquid hydrogen system in mainland China, has formed a new breakthrough in many aspects, comparable to the international advanced level. Adopting the forward design and modular concept, through the deep optimization and integration of the storage, supply and processing process, five modules of liquid hydrogen cylinder, valve box, vaporization buffer, control and load-bearing structure have been constructed, and all parts and components have been localized, and the core technology is independent and controllable. It has built the only key components and system-level testing system for on-board liquid hydrogen systems in mainland China, and carried out various liquid hydrogen tests and verifications in the process of product development and manufacturing to ensure stable, safe and reliable product quality.
The performance of the new generation of products has been greatly improved. Under the same overall size, the effective volume is increased by 20%, the hydrogen carrying capacity is increased to 100 kilograms, the mass hydrogen storage density of liquid hydrogen cylinders reaches 12%, and the hydrogen storage density of the overall system exceeds 10%. The first set of special hydrogen refueling and return gas interfaces in China has been developed. Through the design of product price limits, the optimization of manufacturing processes, and the strengthening of supply chain management, the cost of a new generation of products has been significantly reduced, and the cost is expected to be further greatly reduced after mass manufacturing.
Hydrogen fuel cells
【Key technology】The first domestic hydrogen quality mobile testing vehicle was put into use
On May 9, the first domestic hydrogen quality mobile testing vehicle independently developed by Hydrogen Trace Technology (Shanghai) Co., Ltd. was officially listed on the post, and the first synchronous filling online testing service was carried out at the Tonghui Road Comprehensive Service Station, realizing the full detection of hydrogen impurities at the hydrogen refueling station, and the vehicle operated stably and the data verification was reliable during the test.
The real-time testing of hydrogen products in the hydrogen refueling station is a milestone in the quality management of hydrogen for vehicle fuel cells, which can support the quality control of hydrogen in the whole chain of hydrogen production, storage, transportation and injection. It can serve the application scenarios such as internal quality supervision and control of hydrogen energy enterprises, and achieve the application effect of "high timeliness, real-time sampling, and real-time supervision".
【Key Enterprise】The launching ceremony of the hydrogen fuel cell vehicle operation of Rongcheng New Energy Group was successfully held
On May 11, under the strong support and guidance of the Zunhua Municipal Party Committee and Municipal Government, the launching ceremony of the hydrogen fuel cell vehicle of Rongcheng New Energy Group, sponsored by Rongcheng New Energy Group and Rongcheng Wuzhou (Tangshan) Digital Technology Co., Ltd., and co-organized by Liuqi New Energy Technology (Tianjin) Co., Ltd., was successfully held. 80 hydrogen energy heavy trucks were officially delivered to Rongcheng Wuzhou (Tangshan) Digital Technology Co., Ltd. for operation, and invested in the transportation business of Zunhua mining products, creating a precedent for hydrogen energy transportation of Zunhua mining products.
【Key Enterprise】Yunnei Power: 120kW hydrogen fuel cell has obtained the national compulsory inspection report
On May 10, Yunnei Power made it clear when answering investors' questions on the interactive platform that the company's 120kW hydrogen fuel cell has obtained the national compulsory inspection report.
It is understood that hydrogen energy has the advantages of environmental protection, high efficiency and renewable, and is one of the important directions of future energy development. Yunnei Power also has active exploration and layout in the field of hydrogen energy, and its hydrogen energy-related technologies have made certain breakthroughs and progress. With the continuous increase of the country's attention and support for the hydrogen energy industry, Yunnei Power is expected to achieve greater development and breakthroughs in the field of hydrogen energy.
Hydrogen refueling stations
【Key Enterprises】Sinopec and Shunhua New Energy conducted in-depth exchanges on the situation of hydrogen production and refueling integrated station
On May 7, Zhang Ning, general manager of PetroChina Shanghai Sales Company, led a team to investigate the Jiading headquarters of Shanghai Shunhua New Energy System Co., Ltd. (hereinafter referred to as "Shunhua New Energy"), accompanied by Tian Xiaozhou, manager of the development planning department, and other leaders, and warmly received by the chairman and general manager of Shunhua New Energy.
General Manager Zhang Ning and his entourage successively visited the hydrogen energy exhibition hall and hydrogen refueling station equipment production workshop of Shunhua New Energy, learned in detail about the company's development history, product characteristics, technical advantages and market layout, and conducted in-depth exchanges and discussions on the domestic development of 70MPa, hydrogen production equipment, hydrogen production and refueling integrated station and other businesses that General Manager Zhang Ning is concerned about. General Manager Zhang Ning and his entourage highly recognized Shunhua New Energy's commitment to the research and development and application of hydrogen energy technology, and the achievements and leading position in the industry, and hoped that the two sides would maintain continuous exchanges, cooperate in the field of hydrogen energy, and jointly promote the development of green energy.
【Key Enterprise】Sany Hydrogen Energy Signed a Contract with an Australian Customer to Promote the Technology of Integrated Hydrogen Production and Refueling Station to "Go Global"
On May 8, Sany Hydrogen Energy signed a procurement contract for water electrolysis hydrogen production equipment and hydrogen refueling equipment with an Australian customer, providing a full set of skid-mounted PEM BOP devices, 35/70MPa skid-mounted hydrogen refueling equipment, and a full set of power control systems. It mainly adopts flexible water electrolysis hydrogen production technology to serve the hydrogenation of 35/70MPa hydrogen fuel cell industrial vehicles. This cooperation marks the first time that Sany Hydrogen Energy has promoted its technology to the international market after the construction and trial operation of the largest hydrogen production and refueling integrated station in China, providing a safe, economical, stable and efficient comprehensive solution for the project.
【Key Event】U.S. Department of Energy Releases Multi-Year Plan for Hydrogen and Fuel Cells (MYPP)
On May 6, the U.S. Department of Energy's (DOE) Office of Hydrogen and Fuel Cell Technology (HFTO) officially announced its latest multi-year program plan (MYPP) to guide future-oriented hydrogen innovation and research. The multi-year plan sets out the mission, technical goals and strategic directions for hydrogen energy and fuel cell development in 2030 and beyond, including hydrogen production, hydrogen infrastructure, fuel cell technology, system integration development, system analysis, standards and specifications, etc., and the DOE will continue to update the multi-year plan in the future.
【Key Event】Bloom Energy and Intel reached a power supply agreement for Silicon Valley's largest fuel cell data center
On May 10, Bloom Energy announced a power capacity agreement with Intel that will launch Silicon Valley's largest fuel cell-powered high-performance computing data center.
The agreement calls for the installation of additional MW of Bloom Energy's fuel cell-based Energy servers at Intel's existing high-performance computing data centers in Santa Clara, California, to expand the additional capacity of existing Bloom Energy fuel cell units that have been deployed at the technology giant's location since 2014. The resulting unit will be the largest single-fuel cell high-performance computing data center in Silicon Valley.
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