今天分享的是：麦肯锡：2025年全球氢能指南报告（英文版） 报告共计：54页 《2025年全球氢能指南报告》由氢能理事会与麦肯锡联合发布，基于全球氢能项目数据及超70家理事会成员企业 CEO的调研访谈，梳理了全球氢能产业首轮成熟清洁氢能项目的发展成果与经验，分析了产业现状、区域格局及 未来发展核心挑战。 目前全球清洁氢能已敲定的投资超1100亿美元，对应510个项目，较去年增长350亿美元，年复合增长率超50%， 已落地产能达600万吨/年，其中100万吨/年已投入运营，2030年潜在供应能力有望达900-1400万吨/年。产业正从 项目集中宣布期进入成熟化筛选阶段，过去18个月超50个项目公开取消，以早期可再生氢能项目为主，政策不确 定性、融资难题是主要原因。 区域发展呈现差异化格局，中国凭借顶层政策支持和国企布局，占据全球55%的可再生氢能承诺产能，电解槽部 署规模全球领先；北美依托低成本天然气和CCS基础设施，成为低碳氢能核心产区，以出口为主；欧洲是政策驱 动的需求中心，2030年清洁氢能需求占全球预期近三分之二，未来将逐步成为净进口地区；印度、中东等地区则 凭借资源优势，聚焦可再生氨生产与出口。 需求 ...

Core Insights - The World Economic Forum (WEF) has released a report on the growth of green economic benefits, highlighting how leading companies convert green market participation into competitive advantages [1] - The growth of the green economy has generated over $5 trillion in annual benefits for businesses across various sectors, with expectations to exceed $7 trillion by 2030, presenting growth opportunities for global enterprises [1] - The growth rate of green revenues is twice that of traditional revenues, with companies generating green income performing better on multiple financial metrics, including lower capital costs and higher valuations [1] Technology Cost Trends - Since 2010, the technology costs for solar photovoltaics and lithium batteries have decreased by approximately 90%, while offshore wind technology costs have dropped by about 50%, enhancing global cost competitiveness [1] - However, technologies such as low-carbon hydrogen and carbon capture, utilization, and storage (CCUS) remain high-cost and require significant support for advancement [1]

Core Insights - The report indicates that the global clean hydrogen industry has transitioned from an initial hype phase to a more mature phase focused on practical implementation, driven by policy support and demand certainty [1][4][22] Investment and Project Scale - Global clean hydrogen investments have surpassed $110 billion, increasing by $35 billion from the previous year, with a compound annual growth rate exceeding 50% [1][22][29] - There are over 1,700 clean hydrogen projects globally, with 510 projects having reached final investment decision (FID), under construction, or operational [1][22][29] - The cumulative committed capacity has reached 6 million tonnes per year (mtpa), with 1 mtpa already operational [22][31] Regional Development Disparities - China leads in renewable hydrogen electrolysis deployment, accounting for 55% of global committed capacity, with project sizes significantly larger than those in Europe and North America [2][39] - North America dominates low-carbon hydrogen production, holding 85% of global capacity, supported by low-cost natural gas and existing infrastructure [2][39] - Europe is expected to account for 65% of global policy-driven demand by 2030, although it currently relies on smaller domestic projects [2][41] Demand Dynamics - Traditional sectors such as refining and ammonia production currently dominate hydrogen demand, with 70% of the 360 mtpa of binding offtake secured in these areas [3][34] - By 2030, demand in key markets could reach 8 mtpa, with additional potential demand of 1,300 mtpa if infrastructure and cost reductions are achieved [3][34][25] Challenges and Success Factors - The industry faces challenges including high project cancellation rates, policy delays, and rising financing costs, with over 50 projects canceled in the past 18 months [3][23] - Successful projects typically exhibit six key characteristics, including strategic location, optimized capital expenditure, and strong policy support [3][4] Future Trends - The industry is expected to see a continued maturation of project pipelines, with a mix of successful project launches and the elimination of less viable projects [4][24] - Demand is anticipated to extend from traditional sectors to emerging applications, with policy implementation and infrastructure development being critical for growth [4][62]

Group 1 - The International Energy Agency (IEA) projects significant growth in the global low-carbon hydrogen industry by 2030, despite recent project cancellations and ongoing cost challenges leading to a nearly 25% reduction in announced project reserves [1] - The IEA's report indicates that the global low-carbon hydrogen production could reach 37 million tons by 2030, a decrease from the previous estimate of 49 million tons [1] - The IEA emphasizes that the growth of low-carbon hydrogen has not met the expectations set by the industry and governments due to high costs, demand uncertainties, and slow infrastructure development [1] Group 2 - By 2030, the capacity of operational, under-construction, or final investment decision (FID) low-carbon hydrogen projects is expected to grow more than fivefold compared to 2024, reaching over 4 million tons [1] - The number of projects that have completed FID has increased by 20% year-on-year, accounting for 9% of the total project reserves for 2030 [1] - The International Hydrogen Council reports that the capacity of low-carbon hydrogen projects with completed FID has surpassed 6 million tons per year, with over 500 projects receiving a total funding commitment of $110 billion [1] Group 3 - In 2024, global hydrogen demand is projected to approach 100 million tons, reflecting a 2% increase from 2023, consistent with overall energy demand growth trends [2] - The majority of hydrogen production is still derived from fossil fuels, consuming 290 billion cubic meters of natural gas and 90 million tons of standard coal in 2024 [2] - The IEA notes significant progress in the low-carbon hydrogen economy since 2021, with over 200 committed investment projects, highlighting hydrogen's importance in achieving climate goals and enhancing energy security [2] Group 4 - Despite short-term cost pressures, the IEA anticipates that by 2030, the cost gap between traditional and low-carbon hydrogen production will narrow due to declining technology costs and rapid renewable energy development [3] - The shipping industry is encouraged to invest in technology and infrastructure to support hydrogen-based fuels, with nearly 80 ports globally already possessing strong chemical management capabilities [3] - Southeast Asia is emerging as a significant hydrogen market, with potential low-carbon hydrogen capacity projected to reach 430,000 tons per year by 2030, up from the current 3,000 tons [3]