Baotou City is promoting the transformation of its traditional advantageous industries into future-oriented industries, accelerating the formation of a complete industrial chain encompassing "new energy development—direct green electricity supply—electrolytic aluminum production." On the large screen of the Baotou Aluminum Industry Smart Energy Control Center, wind turbine blades can be seen slowly rotating deep in the grasslands 200 kilometers away. Dispatcher Xu Junxia, ​​pointing to the dynamically optimized dispatch curve, explained that the company has now shifted from production based on electricity demand to production based on electricity consumption, with green electricity now accounting for 33%. "Based on the trend of electricity prices in our spot market, we are maximizing the absorption of new energy sources and improving the overall electricity and energy consumption structure."

2026 China Central International Power Transformer Export Expo 2026 China Central International Power Transformer Export Expo Concurrently held: The 8th China (Zhengzhou) International New-type Power and Smart Energy Industry Exhibition August 15-17, 2026, Central China International Convention and Exhibition Center (Airport Area) Annual Central China Power and Electrical Industry Development Conference Estimated exhibition data: 18 countries and regions 600+ exhibiting brands 300+ media coverage 20 forum events 40,000 m² exhibition area 50,000 visitors Co-organizers: Henan Electrical Equipment Industry Association Beijing Aibo International Exhibition Co., Ltd. Executing Unit: Beijing Aibo International Exhibition Co., Ltd. Title Sponsor: Henan Senyuan Electric Co., Ltd. Official Website: http://byq.aiboexpo.com ※ Exhibition Overview: Currently, 'carbon neutrality' has become a global consensus. Achieving carbon peak and carbon neutrality is a solemn commitment China has made to the world and a broad and profound economic and social transformation. Realizing clean and zero-carbon energy is a crucial guarantee for carbon neutrality. The development and maturation of the new-type power industry are of great significance for accelerating the construction of a new power system dominated by new energy. In recent years, supported by a series of national policies, global renewable energy industries such as PV, wind power, hydropower, new-type energy storage, charging facilities, and hydrogen energy have achieved rapid development. With new breakthroughs in next-generation technologies and equipment, the future new energy market holds limitless prospects. At the 2024 Bosch Connected World conference, the world's richest man Elon Musk predicted that the rapid development of AI and EVs would lead to a severe shortage of transformers. Today, this prediction has become a reality. Amid this global 'transformer shortage', the latest data from China's General Administration of Customs shows: in 2025, China's transformer export value reached 64.6 billion yuan, a YoY surge of 36%, with the average unit price exceeding 205,000 yuan, a rise of 33%. Even more astonishing—orders for high-end ultra-high voltage and data center-dedicated transformers have been scheduled into 2027, with some stretching into 2028! The global transformer shortage is the inevitable result of multiple contemporary factors overlapping. From an infrastructure perspective, the power systems in Europe and the US are undergoing a 'major overhaul'. A Goldman Sachs report from September 2025 pointed out that most of Europe's grid infrastructure has been in operation for 40-50 years, and in the US, 31% of transmission equipment and 46% of distribution facilities are past their service life. To this end, the EU plans to invest €1.2 trillion over the next decade to upgrade its power grid, and the US also announced $1.1 trillion over five years for the power sector. As core equipment for power grid upgrades, transformers have naturally become a focal point of demand. Amid the global transition toward green and low-carbon development, the construction of green energy power plants such as PV and wind power has further lifted transformer demand. The international energy industry analysis firm “Allied Market” forecast that the global transformer market size will reach $103 billion in 2031, Henan is located in central China and has long been known as the “heartland of Kyushu and the thoroughfare of ten provinces,” serving as an important transportation hub in China that connects east and west and links north and south. Developing a hub economy is a key pillar for integrating into the new development paradigm. “In recent years, our province has leveraged its transportation and location advantages to continuously strengthen the hub economy. Seizing the opportunity presented by the development of a unified national market, we have built a comprehensive ‘rice + well + people’ transportation corridor and initially formed a broad multimodal transport landscape integrating and connecting airports, inland ports, highway ports, high-speed rail ports, and ports of entry. It has become a logistics corridor hub that connects at home and abroad and radiates across the east, central, and west. Trading globally, the hub advantage is gradually being transformed into a competitive edge for development. Leveraging Henan’s status as a major province in China in terms of population, agriculture, industry, and energy consumption, its transportation and geographic advantages are driving global power grid upgrades, with transformers playing a crucial role in building a new-type power system. To rapidly and accurately connect sellers and buyers and help enterprises expand broader markets in and outside China, the “2026 China · Central and Western China International Power Transformer Export Expo,” jointly organized by the Henan Electrical Industry Association and Beijing Aibo International Exhibition Co., Ltd., is scheduled to be held on August 15-17, 2026 at Zhongyuan International Convention and Exhibition Center, Zhengzhou Airport Economy Zone, concurrently with the “8th China (Zhengzhou) International New-Type Power and Smart Energy Industry Exhibition.” This exhibition is expected to cover 40,000㎡, attracting more than 600 brand exhibitors from around the world to make a concentrated appearance in central China, with over 50,000 visits expected from professional visitors and buyers. We sincerely invite transformer producers, manufacturers, and related supporting suppliers from in and outside China to gather in central China and share this grand industry event! As one of China’s 12 highest-level international comprehensive transportation hubs and one of the country’s six airport-type national logistics hubs, Zhengzhou is a comprehensive hub city integrating highways, railways, aviation, power, and communications. It enjoys uniquely advantageous geographic conditions. With Zhengzhou as the center, a two-hour aviation circle covers 92% of China’s population, 94% of its total economic output, and 98% of its foreign trade share. Against the backdrop of the current dual-circulation development model and domestic demand boost, Zhengzhou’s market radiation advantage nationwide will become even more prominent. Henan has a solid industrial foundation and a complete industrial supporting system, highly aligned with the development needs of the new energy industry. It can better promote deep integrated development across the upstream and downstream industry chain of new energy enterprises, achieve resource sharing and complementary advantages, and jointly drive coordinated development of the industry. Zhengzhou Airport Economy Zone Comprehensive Experimental Zone, known as the “Central China Special Zone,” is currently the only national-level aviation economy development pilot zone approved by the State Council. The Airport Economy Zone closely focuses on five major strategic positioning goals: the “Air Silk Road” pilot zone, the “National Airport Economy Experimental Zone,” the “core growth pole of the Central Plains Economic Zone and the Zhengzhou Metropolitan Area,” a “modernized, internationalized, world-class logistics hub,” and the “Central China Special Zone”; and deepens the development of five major centers: an international advanced manufacturing center, international trade center, international transportation and logistics center, international creative fashion center, and international innovation talent center. The Airport Economy Zone has become a growth pole of great strategic value for Zhengzhou’s development and a high ground for opening up across the province. ※Key Invitations Target Audience: Power, petroleum, chemicals, metallurgy, steel, cement, coal, textiles, transportation, electronics, communications, environmental protection, transport, machinery, turnkey equipment suppliers, traders, etc. Real estate developers, construction contractors, decoration and renovation companies, architects, designers, engineers, importers and exporters, wholesalers, distributors, manufacturers, retailers, buildings, property management institutions, and industry end-users (such as hospitals, schools, government agencies, hotels, shopping malls, etc.). Relevant government departments, power companies, power grid companies, power supply departments, planning departments, municipal engineering entities, design and research institutions, competent authorities, associations, societies, media organizations, etc. ※ Media Spotlight and Synchronized Promotion : Helping exhibitors deeply explore clients, find professional buyers, promote brands, and close deals has always been the mission and responsibility of the organizers of the Central China Transformer Expo! We will join forces with Xinhua Net, People’s Daily Online, Economic Net, Sina, ifeng.com, CNR.cn, Guangming Online, CCTV.com, China News Service, Dayu Net, Dahe Net, Yingxiang Net, Zhongyuan Net, Jinbao Net, Sunan Net, Dahe Daily, Sohu, iQIYI, Baidu, Toutiao, Henan TV, Dazhong.com, Haibao News, Douyin, Kuaishou, Xiaohongshu, Zhihu, Huaxia Energy Network, International New Energy Network, Polaris Electric Power Network, Power Supply Network, China Transformer Network, Transformer Market Network, Electronic Transformer Information Network, Sobi PV Energy Storage Network, PV Industry Network, Energy World, Household PV Network, EV Network, First EV Network, Charging Piles Network, NEV Industry Network, and more than 100 other media outlets to provide comprehensive coverage of the exhibition, helping enterprises promote new products and technologies, enhance brand image, and strengthen corporate influence. ※ If you are a supplier of the following products, please book a booth: 1 、Transformers: Dry-type transformers, oil-immersed transformers; PV transformers, wind power transformers, box-type substations, electric furnace transformers, mining transformers, marine transformers, movable vehicle-mounted transformers, customized transformers and solutions, etc. 2 、Transformer Design and Manufacturing: Transformer R&D and design software, virtual simulation software; fully automatic winding machines, core laser cutting equipment, robotic insulation coating systems; partial discharge detection instruments, automatic withstand-voltage test benches, AI visual defect recognition systems; overall solutions for digital factories, etc. 3 、Key Transformer Materials: Conductive materials (e.g., copper semis, aluminum semis, copper-aluminum composite materials), magnetic materials (silicon steel and amorphous alloys, ferrite materials), insulating materials (insulating paper, paperboard, insulating varnish, insulating oil, epoxy resin, electrical insulating wood, varnished cloth, varnished cloth tape), etc. 4 、Key Transformer Components: Core, windings, oil tank/oil conservator, bushings, oil level gauges, oil purifiers, conductive rod, sealing gaskets, breathers, insulating materials, tap changers, gas relays, explosion-proof pipes, temperature measuring devices, fire extinguishing devices, clamps, surge arresters, pressure release devices, other transformer accessories/consumables, etc. 5 、Green Electricity Technologies and Applications: Distributed PV/wind power energy systems; energy routers, renewable energy grid connection controllers, cloud-edge collaborative microgrid control systems, virtual power plant (VPP) access terminals; green electricity traceability platforms, full life cycle carbon footprint monitoring instruments, enterprise ESG compliance management software, etc. 6 、Smart Power Supply and Distribution Systems: High-voltage direct current (HVDC) power supply, liquid-cooled power distribution systems, flexible DC converters (medium and high voltage), solid-state transformers (SST)/high-efficiency transformers, high-voltage/medium-voltage switchgear; smart low-voltage distribution cabinets, busway systems, smart header boards, cabinet PDUs; active power filters (APF), dynamic voltage restorers (DVR); DC circuit breakers, DC fuses, smart arc detection systems, lightning surge protectors, etc. 7 、Digital Energy Efficiency Management: AI monitoring platforms for power supply and distribution, digital twin O&M systems, predictive maintenance tools, CFD simulation and energy efficiency optimization software, etc. 8 、Collaborative Innovation in Energy Storage: Lithium battery/flow/sodium-ion energy storage systems, integrated PV+ESS+hydrogen solutions, containerized integrated energy storage units, etc. 9 、Related Services: Planning consulting and design, engineering construction, completion acceptance, rating and certification, infrastructure O&M, IT services and O&M. ※Fee-Based Items: ● Booth Fees: Booth Category Standard Booth (Single Open Side) Standard Booth (Double Open Sides) Deluxe Standard Booth (Single Open Side) Deluxe Standard Booth (Double Open Sides) Special Booth Bare Space China Enterprises ¥8,800 yuan/booth ¥9,800 yuan/booth ¥11,800 yuan/booth ¥12,800 yuan/booth ¥900/㎡ Foreign-Funded Enterprises $1,980/booth $2,980/booth $3,980/booth $4,980/booth $300/㎡ 1、Standard Booth: Minimum rental 3m×3m=9㎡; equipped with: white partition panels (2.5 meters high), one table and two chairs, Chinese-English header board, two fluorescent lights, carpet, and one power socket. 2、Deluxe Standard Booth: Minimum rental 3m×3m=9㎡; equipped with: white partition panels (2.5 meters high), one table and two chairs, Chinese-English header board, two fluorescent lights, carpet, one power socket, and raised booth fascia. 3、Special Booth Bare Space: Minimum rental 36㎡; provided: exhibition space and cleaning services; excluding booth construction and production costs. The bare space does not include any display racks or facilities. To ensure booth construction quality, all exhibitors are requested to use the contractor designated by the organizer to build their booths; no other contractors are allowed to enter the venue. (The organizing committee collects a special booth management fee on behalf of the venue: designated contractor ¥50 yuan/㎡, non-designated contractor ¥70 yuan/㎡). ● Conference Booklet Advertising: It will help you find clients after the exhibition! In addition to being widely distributed during the exhibition, it will also be distributed through various channels to professionals in different regions who were unable to visit the exhibition, enabling them to quickly find contact information and service details via the conference booklet. (The conference booklet is printed in full color on imported copper paper; size: 210mm×135mm). Front Cover ¥20,000 yuan Inside Front Cover/Inside Back Cover ¥7,000 yuan Frontispiece ¥6,000 yuan Black-and-White Page ¥4,000 yuan Back Cover ¥15,000 yuan Double-Page Color Spread ¥8,000 yuan Color Page ¥5,000 yuan 500-Word Company Profile ¥3,000 yuan ● Other Advertising: Advertising fees must be prepaid in full as a one-time payment; exhibitors who are unable to participate on time for any reason may also choose the following advertising promotions. Outdoor Plaza Arch ¥10,000 yuan/set (2 units) Carpet Floor Sticker Ad ¥500 yuan/unit Visitor Tickets ¥10,000 yuan/1,000 tickets Visitor Badge Lanyards ¥10,000 yuan/1,000 pcs Back-of-Visitor-Badge Ad ¥10,000 yuan/1,000 pcs Official Website Ad ¥10,000 yuan/banner/year Outdoor Road Flags ¥1,000 yuan/pair (2 units) Official Account Ad ¥10,000 yuan/unit/year Outdoor Billboard ¥10,000 yuan/unit Exhibitor Badge Lanyards ¥10,000 yuan/1,000 pcs Back-of-Exhibitor-Badge Ad ¥10,000 yuan/1,000 pcs Document Bags ¥20,000 yuan/1,000 pcs ● Product Promotion Session/Technical Seminar: A conference room accommodating 100-600 people, ¥30,000 yuan for 60 minutes per session, used for venue setup and related equipment rental (including venue, audio and projection equipment, lighting, tables and chairs, tea and other supporting facilities and services, and assistance in organizing the audience for the presenting enterprise). ※Exhibition Participation Procedures: 1. Fill out the exhibition application form and fax or scan it to the organizing unit. Booth allocation principle: “first apply, first pay, first arranged.” 2. After the contract is confirmed and stamped by both parties, the exhibiting unit shall remit the exhibition fees by telegraphic transfer to the organizing unit’s collection account within 2 working days. 3. After remitting all fees, exhibitors are requested to fax the bank remittance slip to the organizing unit. 4. After receiving the exhibition fees, the organizing unit will issue the Exhibitor Manual to exhibitors within one month before the exhibition opens to confirm participation notes. ※ Organizing Committee Secretariat: Beijing Aibo International Exhibition Co., Ltd. Contact: Zhang Lei 17729729055 Fax: +86 010-86487300 E-mail: 2662486664@qq.com Website: http://byq.aiboexpo.com Scan to Book a Booth

Indian green hydrogen developer AM Green has signed an MoU with the VO Chidambaranar Port Authority to develop a 1 million-tonne-per-year green ammonia project in Thoothukudi, Tamil Nadu. The project is intended to support green fuel trade routes connecting India with Europe and Asia. It marks AM Green’s second large-scale green ammonia investment, following a similar 1 MTPA project under development in Kakinada, Andhra Pradesh, which is expected to start operations by 2028. The port is also expanding its green energy infrastructure, including hydrogen production facilities, a 9 MW wind power project and methanol bunkering capabilities, as part of plans to establish Thoothukudi as a major hub for alternative marine fuels and low-carbon energy development.

Capacity side, according to incomplete statistics, China's alkaline electrolyzer market remained at 43.77 GW, and the PEM electrolyzer market remained at 2.7 GW. This week, Peric Hydrogen, a subsidiary of CSSC 718 Research Institute, exported customized integrated hydrogen production and refueling station equipment to Indonesia. Suzhou Suqing Hydrogen Production Equipment Co., Ltd. completed the shipment of a 5 MW containerized green electricity hydrogen production system, serving the first "five-in-one" integrated energy station project combining oil, gas, hydrogen, electricity, and storage in Northwest China. Project-related updates: CGN (Wuhai Hainan District) New Energy Co., Ltd. : CGN (Wuhai Hainan District) New Energy's hydrogen-based green fuel grid-connected green electricity direct-connection project (hydrogen production section) was officially registered. The project is located in the High-tech Low-carbon Industrial Park in Hainan District, Wuhai City, with a total investment of 313.6992 million yuan. The project plans to build a 22,000 Nm³/h hydrogen production facility, equipped with 22 alkaline water electrolysis units each with a capacity of 1,000 Nm³/h, along with supporting gas-liquid separation and hydrogen purification facilities, producing hydrogen with a purity of 99.999%. The construction period is scheduled from November 2026 to November 2028. Jiyuan (Siping) Green Energy Co., Ltd. : Jiyuan (Siping) Green Energy selected its affiliated party, State Nuclear Electric Power Planning Design & Research Institute, through public tender to undertake the EPC general contracting project for the hydrogen production facility, with a fixed contract price of 204.96 million yuan. The general contracting scope covers the design of the hydrogen production facility, procurement of equipment and materials excluding Party A-supplied electrolysis water complete sets of equipment and rectifier cabinets, civil construction, commissioning, operation and maintenance, and full-process warranty services, with qualified hydrogen output scheduled before August 30, 2027. Wojiang Clean Energy (Xinjiang Zhundong Economic and Technological Development Zone) Co., Ltd.: The general contracting contract for the Zhundong 2 billion m³/year coal-to-natural gas project was signed in Urumqi. The project is located in Changji Zhundong Economic Development Zone, with a total investment of 15.486 billion yuan. It is expected to commence production by the end of October 2026, with supporting output of multiple types of by-products. The project includes supporting electrolysis hydrogen production integrated with green methanol production, and plans a 650,000 mt/year CCUS carbon capture facility to be implemented in two phases, progressively achieving full green electricity coverage while simultaneously demonstrating large-scale crushed coal pressurized gasifiers to advance the scaling-up of coal-to-gas equipment. Da'an Jidian Green Hydrogen Energy Co., Ltd. : The Da'an wind and solar green hydrogen-to-ammonia integrated demonstration project issued a tender for additional equipment, planning to add one set of 1,000 Nm³/h alkaline electrolysis hydrogen production unit. The project broke ground in May 2023 and commenced production in July 2025, supported by 800 MW of wind and solar power capacity. It adopts a dual-route hydrogen production approach of 36,000 Nm³/h alkaline plus 9,600 Nm³/h PEM, with an annual output of 32,000 mt of green hydrogen and 180,000 mt of green ammonia, while simultaneously deploying two types of large-capacity hydrogen storage facilities using solid-state and organic liquid technologies. Longyuan Power Group Co., Ltd.: Longyuan Power announced the winning candidate for the procurement of 500 Nm³/h PEM electrolyzer equipment for the Zhangye Carbon Neutrality Industrial Base Wind-Solar-Hydrogen-Storage Integration Project. Dongfang Electric (Chengdu) Hydrogen Energy ranked first with a bid of 6.3 million yuan. The project is located in the Circular Economy Demonstration Park of Zhangye Economic Development Zone and is SPIC Gansu's first green electricity-to-hydrogen project. It plans to build a 22,000 Nm³/h alkaline hydrogen production main unit with supporting hydrogen storage tanks, and simultaneously construct a 2,000 Nm³/h hydrogen production pilot platform including a 500 Nm³/h PEM unit. Yanchang Petroleum Gas Group Transportation Energy Company: The hydrogen refueling demonstration station at the Fuping Service Area (North Zone) on the Beijing-Kunming Expressway, constructed by the company, successfully achieved mechanical completion and entered the commissioning phase. The station is a standardized Level 3 hydrogen refueling station equipped with an intelligent hydrogen refueling control system capable of automated operations and full-process monitoring and traceability. After commissioning, the station will primarily serve hydrogen-powered heavy trucks and intercity hydrogen buses, filling the gap in hydrogen refueling infrastructure along the Weinan section of the Beijing-Kunming Expressway and improving the hydrogen refueling network for the green freight loop from Hancheng to Fuping and Huangling. Guangdong Yuntao Hydrogen Energy Technology Co., Ltd.: Two major hydrogen energy projects of Yuntao Hydrogen Energy were launched. Its Beitai Road hydrogen refueling station was officially put into operation, becoming a new benchmark hydrogen refueling station in south China. The station is a supporting project for the Minke Park, benchmarked against the Liangtian model hydrogen refueling station. It covers an area of 3,100 m², is equipped with 4 hydrogen dispensers and 8 hydrogen refueling nozzles, with a maximum 24-hour refueling capacity of 4,000 kg, capable of serving 200 hydrogen-powered dump trucks or 400 cold chain logistics vehicles per day, further improving the vehicle hydrogen refueling network in the Greater Bay Area. Huawang (Qingdao) Hydrogen Energy Technology Group Co., Ltd. : The pre-award announcement for the hydrogen refueling station equipment procurement project of Qingdao Hydrogen Energy Industrial Park was released. Shanghai Hydrogen Maple Energy and Jiangsu Guofu Hydrogen Energy were listed as the top two candidates, with bids of 14.18 million yuan and 13.67 million yuan, respectively. The project was jointly tendered by Huawang (Qingdao) Hydrogen Energy and PetroChina Pipeline Bureau Engineering. The total project investment is 70 million yuan, with a construction cost of 14.5 million yuan. The project covers an area of 5,761 m² and plans to build a Level 3 hydrogen refueling station with a building area of 1,302 m², designed for a maximum daily 12-hour hydrogen refueling capacity of 2,500 kg, equipped with 4 units of 35 MPa hydrogen dispensers and 8 hydrogen refueling nozzles. This tender covers the full process including complete hydrogen refueling equipment, valves, automation, electrical supply, and on-site installation and commissioning. Huadian New Energy Group Co., Ltd. Fujian Branch: The Quanzhou Municipal Bureau of Ecology and Environment approved the environmental impact assessment document for Huadian Fujian's 5 MW flexible off-grid seawater hydrogen production technology research and pilot verification project. The project is constructed by Huadian New Energy Group Co., Ltd. Fujian Branch and is located at the No. 10 wind turbine site of Quanhui Wind Farm in Quanhui Petrochemical Industrial Park. As a seawater-to-hydrogen pilot project, it relies on two on-site wind turbines for power supply to conduct off-grid electrolysis seawater hydrogen production experiments. The project covers a total area of 1,683.80 m², with a total operation duration of 1,000 hours and a total investment of 18.7 million yuan, of which 1.681 million yuan is for environmental protection. The overall system consists of six major functional modules and supporting utilities. Policy Review 1. The National Development and Reform Commission (NDRC) and other departments issued a notice on the release of the Guidelines for Non-fossil Energy Electricity Consumption Accounting (Trial). The document states that coordination with energy statistics, carbon emission accounting, and other systems should be strengthened. Factors such as physical connections, electricity energy trading, and green electricity certificate and green electricity trading should be comprehensively considered to classify and clarify the rules for recognizing non-fossil energy electricity consumption and the accounting methods at the provincial (autonomous region, municipality directly under the central government, the same hereinafter) and municipal (prefecture-level) levels, as well as for electricity users. Recognition methods for non-fossil energy electricity consumption: Physical recognition. Self-generated and self-consumed electricity from non-fossil energy sources, and self-consumed electricity from new business models such as green electricity direct connection, are recognized as the non-fossil energy electricity consumption of the electricity user. Production electricity consumed by non-fossil energy power generation projects is recognized as the non-fossil energy electricity consumption of the respective power generation enterprise. Transaction recognition. This includes two recognition methods: electricity energy trading (including conventional non-fossil energy electricity trading, green electricity trading, etc., the same hereinafter) and green electricity certificate trading (including green electricity certificate transfers, etc., the same hereinafter). 2. The Jilin Provincial Energy Bureau and the Jilin Provincial Development and Reform Commission jointly issued a notice on the Implementation Plan for Accelerating the Integrated and Converged Development of New Energy in Jilin Province. Overall objectives: By 2030, integrated and converged development will become an important approach for new energy development across the province. New scenarios featuring integration and convergence will continue to emerge. The province's new energy development models will be more flexible, consumption pathways more diversified, application scenarios more abundant, and the electricity market more dynamic. More than 50 integrated and converged projects and application scenarios will be completed, providing strong support for the comprehensive green transformation of the province's economic and social development. 3. The Guangdong Provincial Administration for Market Regulation issued a public notice soliciting opinions on the Guangdong provincial local standard Operational Specifications for Integrated Hydrogen Production, Storage, and Refueling Devices (Review Draft). The document states that this standard specifies the basic requirements, personnel management, equipment and facility management, hydrogen quality management, hydrogen refueling operation management, safety management, archive management, and data recording for the operation of integrated hydrogen production, storage, and refueling devices. Enterprise Updates Tianji Hydrogen Energy Technology (Beijing) Co., Ltd. : Tianji Hydrogen Energy successively signed agreements with Jiaqing New Energy and Manst Hydrogen Energy. The three parties will conduct in-depth industry chain cooperation in green hydrogen equipment and project development. According to the agreements, the parties will cooperate in multiple dimensions including electrolyzer and post-processing system procurement, joint project bidding, and agency sales. They will also establish strict intellectual property protection and exclusive collaboration mechanisms to ensure the stability and competitiveness of cooperative projects, and jointly tackle hydrogen energy application challenges across multiple scenarios. SPIC Green Energy Co., Ltd.: Huang Qiang, Secretary of the Jilin Provincial Party Committee, conducted a survey on major project construction in Changchun and Siping. He emphasized the need to fully implement the important instructions of General Secretary Xi Jinping regarding work in Jilin, focus on building a modern industrial system and modern infrastructure system, and accelerate the advancement of major project construction. Jiangsu Trina Green Hydrogen Technology Co., Ltd. : Trina Green Hydrogen signed a strategic cooperation agreement with the Nanjing Institute of the Fifth Electronics Research Institute of MIIT. The two parties will focus on the urgent needs for high-quality development of the PV+ESS+hydrogen industry, and conduct in-depth collaboration across five major areas: joint construction of a comprehensive PV+ESS+hydrogen testing platform, joint research on cutting-edge technologies, product detection and evaluation, industry standard development, and full-chain industrial technology services. Through the strong alliance model of "industry leader + authoritative scientific research and detection institution," they aim to address the shortcomings in PV+ESS+hydrogen equipment testing and verification. Enric (Bengbu) Compressor Co., Ltd. : Two large skid-mounted hydrogen pipeline compressors independently designed and with core technologies self-developed by the company successfully completed factory acceptance testing and were officially shipped for delivery. The equipment will support China's first long-distance green hydrogen transmission pipeline project. China Southern Power Grid Power Technology Co., Ltd.: The company completed core technology breakthroughs for long-endurance hydrogen-powered drones and successfully conducted pilot applications in mountain power grid inspection scenarios at the Meizhou Power Supply Bureau of Guangdong Power Grid. Wuhu Shipyard (Wuhu Shipyard Co., Ltd. : The Tongzhouwan site at Wuhu Shipyard's Nantong base completed the semi-submersible float-off launching of the vessel "18515." The vessel is an 18,500-deadweight-tonnage methanol dual-fuel high-end chemical tanker and is the first vessel in the series. It has a total length of 149.8 meters, a design speed of 14 knots, and can use methanol as clean fuel. This launching cleared a key step in standardized construction and will help promote local shipbuilding industry development. Zhangjiagang Port Group Co., Ltd. : The first round of bidding for Zhangjiagang Port's 10 hydrogen fuel cell tractor project had only two valid suppliers, failing to meet the bid opening requirements. The procurement method was changed to negotiated procurement. This procurement involves 10 units of 45 kN hydrogen fuel cell tractors, including 1 unit with intelligent assisted driving, for intra-port transfer operations and required to be compatible with existing flatbed trailers. Taiyuan Public Transport Holdings (Group) Co., Ltd. : The company selected a local gas supply service provider through merit-based evaluation to ensure daily hydrogen supply for 6 hydrogen-powered buses, with unit price settlement based on actual gas consumption. The supplied hydrogen must comply with the GB/T3634.2-2011 high-purity hydrogen standard. The service provider is required to deploy fixed hydrogen refueling stations in Taiyuan, prioritize emergency hydrogen refueling for public buses, implement one-card-per-vehicle hydrogen refueling management, with a project service period of two years. Lanzhou Lanshi Petroleum Equipment Engineering Co., Ltd.: The second-generation 45 MPa ionic liquid hydrogen compressor and 22 MPa hydraulic-driven piston hydrogen compressor, customized for a domestic energy station, successfully completed all testing procedures including boost commissioning and electrical control system joint debugging. Patent Applications 1. Shanghai Institute of Ceramics, Chinese Academy of Sciences (China) published patent CN2025110028, developing a ceramic-based anion exchange membrane with a laboratory-tested lifespan of 80,000 hours. 2. Johnson Matthey (UK) filed patent WO2025109876, disclosing an Fe-Ni-Mo ternary non-precious metal catalyst formulation with activity approaching that of platinum-based materials. Technology Footprint/Technical Specifications 1. The team led by Professor Li Zhipeng from Northwestern Polytechnical University innovatively constructed a three-dimensional multi-physics coupling model for tubular solid oxide fuel cells, systematically revealing the quantitative effects of temperature, electrode thickness, porosity, and oxygen domain geometric parameters on battery output performance. 2. The National Hydrogen Energy Power Quality Inspection and Testing Center of China Automotive Engineering Research Institute completed and commercially opened a 0–400 kW hydrogen-involved loaded tri-axial vibration testing platform, addressing the shortcomings in large power hydrogen-involved multi-physics coupling testing in China. 3. The high specific power cathode-closed air-cooled fuel cell stack technology developed by the team of Academician Chen Zhongwei and Associate Researcher Zhang Meng from the National Key Laboratory of Energy Catalytic Conversion at the Dalian Institute of Chemical Physics passed the scientific and technological achievement appraisal by the China Petroleum and Chemical Industry Federation. This technology effectively resolves the industry contradiction between water retention and oxygen mass transfer in air-cooled fuel cells, addressing technical challenges such as low-humidity performance degradation, carbon corrosion, membrane drying and flooding, and high-power thermal management. 4. Two group standards on hydrogen production by water electrolysis were officially released and implemented: Technical Specifications for Safety of Hydrogen Production by Water Electrolysis and Accounting Methods for Economic Operation Indicators of Hydrogen Production by Water Electrolysis. 5. Petronor and H2SITE collaborated to advance membrane technology for hydrogen production, improving high-purity hydrogen and low-carbon efficiency in refining. 6. Dalian University of Technology designed an electron pump catalyst with an asymmetric photo-responsive structure, maintaining the asymmetry of electron distribution.

Around 200 companies attended an EU investment roadshow in Johannesburg on June 1 as the bloc advanced plans to invest EUR12 billion (USD13.98 billion) in South Africa’s critical minerals sector. The partnership focuses on mining, processing and industrial development to reduce dependence on single suppliers. South Africa said it aims to increase local beneficiation and industrial value instead of only exporting raw materials. At the same time, the EU plans to support South Africa’s green energy, port and railway infrastructure projects. Markets believe Africa’s resource development and local processing capacity are becoming increasingly important amid intensifying global competition for critical minerals.

Recently, according to a report published on May 21 by Chilean local media *El Mercurio*, Chile's Committee of Ministers officially completed the environmental assessment approval for multiple major investment projects, granting environmental permits for three key projects with a total investment exceeding $2.8 billion , covering green energy, public infrastructure, and mineral development, among other sectors. The large-scale green hydrogen and green ammonia project stood out as the core highlight of the approved projects, marking a substantive breakthrough in the commercialization of Chile's domestic green hydrogen industry. Among the three projects approved, MAE's Volta green hydrogen and green ammonia project had the largest investment volume and highest industrial value. Located at the port of Mejillones, Chile, the project has a total investment of $2.5 billion and is Chile's first industrial-scale green hydrogen fuel project to successfully pass environmental assessment approval , representing a milestone for the large-scale development of the local green hydrogen and green ammonia industry. According to the project plan, the Volta green hydrogen and green ammonia project is expected to include the construction of a 600 MW PV power station and four dedicated energy storage tanks, leveraging high-quality PV green electricity resources to achieve clean hydrogen and ammonia production throughout the entire process. Upon completion and commissioning, the project is expected to achieve an annual capacity of 620,000 mt of green ammonia , significantly boosting Chile's domestic green ammonia capacity, facilitating the low-carbon transformation of the local energy structure, and providing important support for the expansion of the global green hydrogen and green ammonia supply chain. In addition to the core green hydrogen and green ammonia project, two supporting industrial projects were also approved simultaneously. The first is the Pudahuel Urbanya Phase I residential development project by Grupo Santa Cruz, with a total investment exceeding $203 million , planning to build 1,183 residential units, of which 64% can be purchased through local housing subsidy policies, effectively improving regional public amenities and enhancing residents' housing security. The other is a mineral development project. Pampa Camarones' Ciclón-Exploradora underground polymetallic mine project was successfully approved. The project has been transferred to Australia's Norfolk Metals for $50 million, with an overall investment of $125 million , which will further stimulate the development of Chile's domestic mineral resources and drive high-quality growth of the regional mining economy. The concentrated approval of multiple major projects, especially the smooth advancement of the large-scale industrial green hydrogen and green ammonia project, fully demonstrated Chile's strategic determination to deepen its clean energy industry and promote green energy transformation. This will further consolidate Chile's core position in the Latin American green hydrogen industry and inject strong momentum into the large-scale and commercial development of regional green energy.

On May 29, 2026, coinciding with National Science and Technology Workers' Day, Yuchai Group grandly held a special event for the 2026 National Science and Technology Workers' Day, officially launching the K-Power Five-Dimensional Technology Brand along with eight entirely new self-developed products, and committing an additional 93.3 million yuan in special science and technology innovation reward funds to incentivize scientific innovation and R&D, comprehensively demonstrating the enterprise's hardcore strength and strategic determination in empowering industrial upgrading and leading transformation in the power industry through technological innovation. A technology brand serves as the core vehicle for an enterprise's core technology system and long-term competitiveness. The K-Power Five-Dimensional Technology Brand unveiled this time is Yuchai's second systematic technology brand following the Flywheel Range-Extender technology brand, encompassing the Benting, Chunqu, Panqing, Yunxing, and Tianshu five core technology systems, corresponding respectively to the technological advantages across five core performance dimensions: power performance, fuel economy, reliability, comfort, and intelligence. The official launch of this brand represents Yuchai's strategic-level technology deployment aligned with new energy and low-carbonisation industry trends, marking the enterprise's scientific innovation development entering a brand-oriented, systematic, and high-end new phase, and establishing a new benchmark for technology iteration and upgrading in China's EV sector. The event simultaneously showcased 8 entirely new self-developed products , comprehensively covering three core tracks: traditional power, new energy power, and intelligent equipment, precisely matching market demands across multiple scenarios including marine transportation, heavy-duty mining, comprehensive energy, and high-end intelligent manufacturing, achieving technology innovation across all product domains. In the traditional power sector, multiple flagship models achieved performance breakthroughs. The new-generation YC6GL medium-speed diesel engine integrates Yuchai's Chunqu 5, Panqing 5, and Tianshu 5 three core technologies, suitable for various marine equipment including coastal transport vessels, fishing boats, and engineering tugboats, achieving upgrades in equipment reliability and durability while effectively reducing fuel consumption and subsequent operation and maintenance costs, with significantly improved overall cost-effectiveness. The heavy-duty gas flagship power YCK16N gas engine stands as an industry benchmark product, equipped with Panqing 5 and Chunqu 5 technologies, delivering maximum horsepower of 750 hp and peak torque of 3,400 Nm , achieving the industry's lowest gas consumption rate among engines of the same displacement, balancing powerful performance with energy-saving advantages, and improving comprehensive transportation efficiency by 15% across all scenarios. The YCK32 high-end diesel engine designed for heavy-duty mine conditions precisely matches heavy-duty equipment including 100-ton-class mining dump trucks, large fracturing trucks, and drilling equipment, reducing fuel consumption by 10%-15% compared to similar industry models, with operating condition adaptability and overall performance comparable to imported high-end power equipment. The new energy track welcomed significant technological achievements, with Yuchai officially launching the hydrogen-electric coupling integrated solution . This solution deeply integrates the advantages of hydrogen energy and electric power as two major green energy sources, featuring core characteristics including zero-carbon environmental protection, long duration energy storage (LDES), multi-energy complementarity, and flexible energy conversion, effectively improving the utilization rate of green and clean energy consumption, with broad applications in scenarios such as marine comprehensive energy islands, industrial park comprehensive energy supply systems, and micro power grids in remote and special areas, providing a new technological pathway for distributed green energy deployment. The intelligent equipment track also yielded fruitful results, with 4 innovative products and core technologies released this time, achieving multiple industry-first breakthroughs. Among them, the 806 integral axle housing and 15MD00 generator set crankshaft pioneered the industry's "iron replacing steel" process implementation, built upon iron mold coated sand casting technology, combining the dual advantages of lightweight and high strength, filling the gap in China's integrated casting technology for large power components. The new YC-U400 cradle-type five-axis machining center adopts a fully direct-drive integrated structural design, achieving dual-axis zero-backlash transmission, with part machining precision reaching Ra0.8 , overall machining efficiency improved by 40%, and significantly upgraded high-end intelligent manufacturing capabilities. Notably, Yuchai made a global debut of the construction machinery wheel-side direct-drive control technology , innovatively integrating core technologies including wheel-side direct-drive integration, intelligent energy management, and distributed drive control, building a "mechanical-electrical, energy, and control" coordinated operation system. This technology enables a leapfrog improvement in single-machine equipment performance, with oil-to-electricity economic ratio reaching 10:1 and comprehensive energy efficiency exceeding 90% , leveraging 17 core patents to build a reusable new energy construction machinery technology platform, thoroughly resolving industry pain points of traditional construction machinery such as high energy consumption, low energy efficiency, and poor operating condition adaptability. Regarding talent and scientific innovation incentives, the event ceremoniously recognized 17 first-prize technology achievement projects for 2025, paying tribute to the research teams and staff dedicated to core technology breakthroughs. These award-winning achievements focused on key industry shortcomings, successfully overcoming multiple "bottleneck" technical challenges, achieving dual leaps in technological breakthroughs and market value. Meanwhile, Yuchai announced continued investment of 93.3 million yuan in scientific innovation reward funds for 2026, consolidating the innovation talent cultivation system with substantial special rewards and activating the enterprise's long-term innovation vitality. A relevant executive of Yuchai Group stated that in the future, the enterprise will be guided by the K-Power Five-Dimensional Technology Brand as its core, closely following the three major development themes of high efficiency and low carbon, diversified green energy, and digital intelligence-driven approaches, continuously building a world-class science and technology innovation system, solidifying the three-dimensional industrial layout of "traditional power as foundation, new energy power for breakthrough, and intelligent equipment for empowerment," driving the enterprise's intelligent manufacturing upgrade through full-chain technological innovation, and helping China achieve a leapfrog development from a major power industry nation to a power industry powerhouse.

May 28, 2026 Silber-Anleger erleben derzeit ein zähes Ringen: Kurzfristig fehlt dem Markt unterhalb der Marke von 75 US-Dollar jSilver investors are currently facing a tough struggle: In the short term, the market lacks the necessary momentum below the $75-per-ounce mark. Yet explosive momentum is building in the background. While Bank of America (BofA) believes another jump to the three-digit $100 mark is possible before the end of the year, the analyst team also warns against premature optimism. Such a price surge is unlikely to signal a lasting trend reversal. Rather, according to the analysts, the silver market is facing a profound fundamental shift in which the industrial base is increasingly crumbling. The balancing act between precious metal fantasy and industrial reality Bank of America’s latest precious metals analysis paints a picture of a divided market. In the short term, silver has the potential to break through the $100-per-ounce mark in the wake of a sustained gold rally. However, this speculative high is unlikely to last: Analysts are already forecasting a return of the price to a level of around $75 as early as the second quarter of 2027. Currently, the gold-silver ratio of 59.43 points reflects this indecision. It remains in the middle of its months-long consolidation range—an indicator of a market that is sensitively oscillating between short-term speculation and a fundamental revaluation. Although the silver market is heading toward its sixth consecutive year of deficit, the sustainability of this supply shortage is under massive threat in the medium term. Solar Industry in Austerity Mode: The Key Demand Pillar Wavers The strongest headwind for the silver price is emerging, of all places, in its former flagship segment—photovoltaics. Faced with historically high silver prices, solar module manufacturers are responding with drastic efficiency measures. Under sustained margin pressure, they are systematically reducing the silver content in the cells or switching to cheaper substitute metals. According to BofA analysts, silver demand from the solar sector already reached its historic peak last year. This trend is exacerbated by stagnating solar production in China and the prospect of declining new installations in the current year. Since demand growth in other industrial sectors is too weak to close the gap left by the solar industry, the silver market faces a fundamental easing of supply-demand dynamics: as early as 2026, the deficit could shrink by a massive 90%. Should industrial demand continue to weaken, even moderate sales by financial investors would be enough to push the market into a physical surplus. Investors as the Deciding Factor In this changed environment, silver is likely to be perceived and traded more as a classic precious metal rather than an industrial metal in the future. Investor demand thus becomes the decisive price factor. This carries risks, as precious metals have recently suffered from the restrictive interest rate policy and expectations of further rate hikes by the U.S. Federal Reserve. Rising yields increase the opportunity costs for non-interest-bearing investments and weigh equally on both gold and silver. Nevertheless, silver remains a strategic element of the global energy transition. An abrupt slump in solar demand is not expected. Demand is further fueled by geopolitical conflicts such as the war in Iran, which continues to drive the global push for green energy and alternatives to fossil fuels. Geopolitics and Trade Barriers as Price Drivers Just how volatile the physical market can be was already evident at the start of the year, when the silver price briefly shot up to $120 per ounce amid fierce competition for physical metal. A major source of uncertainty remains the upcoming renegotiation of the North American Free Trade Agreement between the U.S., Canada, and Mexico. Since Mexico and Canada are the main suppliers to the U.S. market, significant trade risks loom. Concerns about potential tariffs have already prompted banks and market participants to massively increase their holdings within the U.S. This domestic hoarding is draining important liquidity from the global market. According to BofA, this physical withdrawal is the main reason silver has recently managed to climb back above the $80 mark—even though physically backed ETFs are continuously recording outflows and the latest CFTC data signal rather subdued interest in new net long positions in the futures markets. Conclusion: In the short term, silver retains the potential for a breakout toward the $100 mark. However, the foundation for this rise is becoming more fragile. Investors betting on silver should keep an eye on the weakening industrial data, which could set tight time limits on the rally. Source： https://goldinvest.de/en/silver-why-the-usd100-mark-is-both-within-reach-and-dangerous

Against the backdrop of China's ongoing and deepening "dual carbon" strategy, hydrogen energy, leveraging its core advantage of zero-carbon cleanliness, has widely penetrated into diverse fields such as transportation, energy storage, industry, and cultural tourism, becoming a core driver of green energy transition. However, traditional hydrogen storage methods have long had obvious shortcomings: high-pressure gaseous hydrogen storage is prone to safety hazards such as leakage and deflagration, while cryogenic liquid hydrogen storage suffers from high energy consumption and costs, making it difficult to meet the current industry demands for safer, more efficient, and more accessible development. The industry urgently needs entirely new hydrogen energy storage and supply solutions. Addressing this industry pain point, Jiayi Huaqing Technology Co., Ltd. has launched the 7.2kg Solid-State Hydrogen Storage System , which, built on mature metal hydride adsorption-based hydrogen storage technology, reconstructs the safety ecosystem of hydrogen energy storage and transportation, providing robust technical support for the large-scale deployment of hydrogen energy across multiple scenarios. It is reported that this new solid-state hydrogen storage system adopts an integrated architecture, consolidating six core components to achieve intelligent, precise, and safe management across the entire process of hydrogen storage and supply, building a solid foundation for stable system operation from the equipment detail level. The device is equipped with an intelligent LCD touchscreen that displays real-time core operational data including pressure, temperature, and operating status. It also features a built-in hydrogen concentration audible and visual alarm device that provides instant warnings when parameters become abnormal, mitigating safety risks at the source. Additionally, dual pressure gauges are configured for independent management of inlet and outlet gas conditions: the inlet side can precisely regulate pressure to 2-5MPa, while the outlet side can deliver stable hydrogen output in the 0.01-0.5MPa range, precisely matching the operational requirements of different hydrogen-consuming equipment. Both ends adopt NPT1/4 standard connectors, ensuring both compatibility and safety. In terms of equipment compatibility and temperature control assurance, the system is equipped with customized inlet and outlet gas connectors that can be flexibly adjusted in specifications according to downstream equipment, seamlessly interfacing with various terminal devices such as hydrogen-powered electric motorcycles, drones, vessels, and energy storage cabinets. A 25mm-diameter ferrule-type circulating water inlet is provided, equipped with a built-in temperature sensor for real-time monitoring of inlet water temperature. Through the water circulation system, precise heating and cooling regulation of hydrogen storage materials is achieved, ensuring the equipment consistently operates under optimal conditions. The integrated cylinder valve incorporates pressure-reducing valve functionality, automatically adapting to the pressure standards of various hydrogen-consuming equipment. Combined with a dual design of quick connectors and rebar threads, it significantly simplifies equipment installation and subsequent maintenance procedures. Driven by foundational technological innovation, this system has developed four core performance advantages, comprehensively leading the solid-state hydrogen storage segment. In terms of safety, the device relies on a low-pressure solid-state hydrogen storage mode combined with metal hydride hydrogen-locking technology, fundamentally eliminating the leakage and deflagration hazards of high-pressure hydrogen storage. Coupled with multiple intelligent monitoring and early warning systems and having passed rigorous testing under various harsh operating conditions, its safety performance far exceeds that of traditional hydrogen storage equipment. In terms of operational stability, independent monitoring via dual inlet and outlet gauges and automatic pressure stabilization through the built-in pressure-reducing valve ensure smooth and fluctuation-free hydrogen output, meeting the stable hydrogen supply requirements of various equipment and effectively enhancing system operational efficiency. Intelligence and environmental adaptability: the device achieves full operational data visualization and management through the LCD touchscreen, with round-the-clock intelligent monitoring and surveillance, rapid response to abnormal conditions, and fully intelligent safety operations and maintenance throughout the entire process. It also features an ultra-wide operating temperature range of -15°C to 60°C , capable of handling complex conditions such as extreme cold, intense heat, and high altitudes with ease, enabling stable deployment across different regions and various scenarios nationwide, with exceptionally strong environmental adaptability. Leveraging its safe, reliable, efficient, and stable product characteristics, this 7.2kg solid-state hydrogen storage system can broadly empower zero-carbon transformation across multiple fields, with rich and diverse application scenarios. In the transportation sector, it can be paired with hydrogen-powered electric motorcycles, drones, patrol boats, industrial forklifts, and logistics hydrogen vehicles to achieve safe energy replenishment and extended driving range. In the energy sector, it can be combined with PV hydrogen energy storage cabinets to facilitate green electricity storage, absorption, and efficient utilization, promoting the deployment of distributed new energy systems. In industrial and park scenarios, it can meet the demands for stable hydrogen supply in factories and zero-carbon smart park energy supporting needs, facilitating low-carbon industrial upgrades. In the cultural tourism and commercial sector, it can be adapted for clean energy supply in green scenic areas and zero-carbon commercial districts, creating benchmark low-carbon demonstration applications. The successful launch of Jiayi Huaqing's 7.2kg solid-state hydrogen storage system represents a significant breakthrough by the enterprise in the core technology domain of hydrogen energy storage and supply, effectively addressing the industry pain points of insufficient safety, poor economics, and weak compatibility in hydrogen energy storage and transportation. The commercialization and promotion of this product will accelerate the commercialization and large-scale popularization of hydrogen energy technology, continuously improve the application ecosystem across the entire industry chain of hydrogen energy, and provide solid technological and equipment support for achieving China's "dual carbon" goals and green, low-carbon energy transition.

Recently, the integrated hydrogen energy comprehensive utilization testing project developed by Shaanxi Hydrogen Energy Inspection and Detection Co., Ltd. successfully completed full-process commissioning, with all systems reaching operational standards and about to be officially put into regular operation. The project is Shaanxi Province's first containerized PV green electricity PEM hydrogen production comprehensive demonstration project. Upon commissioning, it effectively filled the gap in full-scenario hydrogen energy application demonstration in north-west China, becoming a landmark achievement in the construction of Shaanxi Province's hydrogen energy entire industry chain system. It is understood that the project is located at the Shaanxi Hydrogen Energy Quality and Technology Innovation Base, integrating multiple advanced hydrogen energy system equipment, including a 2MW PV power generation system, 50Nm³/h PEM hydrogen production equipment, a 35MPa high-pressure hydrogen storage system, vehicle hydrogen refueling equipment, and a 100kW hydrogen fuel cell combined heat and power system. It fully covers the entire hydrogen energy production, storage, transportation, refueling, and utilization business chain, enabling real-world testing, verification, and iterative optimization of core technologies across the entire hydrogen energy process. The project adopts an innovative modular containerized construction approach, which, compared with traditional fixed-installation projects, offers outstanding advantages including shorter deployment cycles, flexible installation, and strong replicability. It can subsequently be adapted in batches to diversified application scenarios such as green energy supply for industrial parks, energy replenishment for remote areas, and emergency backup power supply according to market demand, with a wide range of adaptability and extremely high promotion value. Leveraging the base's existing distributed PV supporting facilities, the project, upon completion, established a virtuous green energy circulation system, forming a zero-carbon operation closed loop of "daytime PV power generation and on-site hydrogen production and storage, nighttime hydrogen power generation and autonomous energy supply," successfully creating a demonstration model of a small-scale zero-carbon park and providing strong support for advancing regional carbon peaking and carbon neutrality goals. This innovative model completely broke through the barriers to full-chain hydrogen energy application, addressing industry pain points of traditional hydrogen energy utilization models such as low efficiency, limited application scenarios, and insufficient economic viability, significantly enhancing the safety, utilization efficiency, and comprehensive economic benefits of hydrogen energy applications. In the next step, the project operator will strictly uphold the safety production baseline, continuously optimize equipment operating parameters, improve system functions, and ensure stable and comprehensive project operation. Meanwhile, using this demonstration project as a core platform, the operator will continue to focus on hydrogen energy core technology R&D, actively carry out industry-academia-research collaborative innovation, and accelerate the commercialization of cutting-edge technological achievements. Leveraging the industrial resource advantages of the industry leader, the operator will pool regional hydrogen energy industry strengths, continuously improve the new-type hydrogen-electricity coupled energy system, and continuously empower the transformation and upgrading of Shaanxi Province's energy structure and the implementation of the dual-carbon strategy.