Core Viewpoint - The article discusses the issuance of the "Voluntary Greenhouse Gas Emission Reduction Project Methodology for Renewable Energy Electrolytic Hydrogen (CCER-01-004-V01)", which is China's first certified voluntary emission reduction methodology in the hydrogen energy sector, aimed at providing a unified standard for emission reduction accounting for eligible electrolytic hydrogen projects [3][5]. Group 1: Methodology Overview - The methodology aims to transform the emission reductions from clean and low-carbon hydrogen production into tradable carbon assets, thereby promoting the non-electric utilization and consumption of renewable energy [5][6]. - It is specifically applicable to new renewable energy electrolytic hydrogen projects and does not cover existing projects undergoing modifications or upgrades [6][8]. - The methodology simplifies monitoring parameters while ensuring that all data is verifiable and traceable, using conservative estimates to prevent overestimation of emission reductions [5][6]. Group 2: Industry Development and Potential - China's hydrogen production capacity is projected to exceed 50 million tons per year by the end of 2024, with over 600 planned renewable energy electrolytic hydrogen projects, positioning the country as a leader in the global renewable hydrogen sector [8]. - Currently, fossil fuel-based hydrogen production accounts for 98% of China's hydrogen output, with renewable electrolytic hydrogen making up only about 1%, indicating significant potential for scaling up renewable hydrogen applications [8][9]. - The estimated annual emission reduction from existing eligible projects is approximately 1.57 million tons of CO2 equivalent, with potential growth to 6 million tons by 2030 as renewable hydrogen production increases [8][9]. Group 3: Economic Impact and Commercialization - The implementation of the methodology is expected to create a second core revenue stream from carbon asset income for green hydrogen projects, significantly improving their economic models and accelerating commercialization [11][12]. - Current renewable hydrogen projects are generally unprofitable, with costs typically 2 to 3 times higher than fossil fuel hydrogen, and the average internal rate of return is below industry benchmarks [11][12]. - The methodology allows projects to participate in the voluntary emission reduction market, which is seen as the most effective way to enhance project economics, as demonstrated by a case study of a wind-powered hydrogen project [11][12]. Group 4: Broader Industry Benefits - The methodology will benefit the entire hydrogen industry chain, particularly project owners in resource-rich areas, and will indirectly benefit renewable energy plants due to increased market demand [12]. - It is expected to stimulate the release of green hydrogen capacity, providing stable sources for downstream industries such as steel, ammonia synthesis, and refining, thus supporting their decarbonization efforts [12].

Group 1: Consumption and Trade Development - In 2026, China will implement special actions to boost consumption, promote trade innovation, and gradually expand the autonomous opening of the service sector [1][5] - The focus will be on cultivating new growth points in service consumption, optimizing the old-for-new consumption policy, and enhancing the international consumption environment [1] - The development of digital, green, and health consumption will be prioritized to stimulate consumption in lower-tier markets [1] Group 2: Foreign Investment and Trade Integration - China aims to create new advantages in attracting foreign investment and will expand the autonomous opening of the service sector [8] - The country will optimize and upgrade goods trade, significantly develop service trade, and encourage service exports [5] - Innovations in digital and green trade will be promoted to facilitate the integration of trade and investment [5] Group 3: Agricultural Development and Rural Revitalization - The Ministry of Agriculture and Rural Affairs will prioritize grain production to ensure stable supply of grain and important agricultural products [10][13] - A new round of actions to enhance grain production capacity will be implemented, aiming for a target of 1 trillion jin of grain [13] - Efforts will be made to consolidate and expand poverty alleviation achievements, transitioning to a normalized and precise assistance phase [15] Group 4: Energy Sector Outlook - The 2026 energy economic forecast indicates that high-innovation fields such as hydrogen energy, new energy vehicle batteries, and photovoltaic components will maintain high levels of interest [19] - There is potential for collaborative development in nuclear power and biomass energy [19] Group 5: Corporate Financing - In 2025, over 2,300 enterprises financed more than 10.1 trillion yuan in the interbank market, effectively reducing financing costs and supporting the transformation of private enterprises [21]

Core Viewpoint - Guofu Hydrogen (02582) has seen a stock price increase of nearly 5% during trading, currently up by 3.66% at HKD 28.9, with a trading volume of HKD 29.67 million. The company announced a pre-purchase order agreement with Line Hydrogen (Australia) Pty Ltd for a hydrogen energy project in Tasmania, Australia, marking a significant step in its international strategy and global presence in the hydrogen market [1]. Group 1 - The pre-purchase order agreement includes procurement of equipment for water electrolysis hydrogen production, hydrogen refueling stations, multi-element gas container (MEGC) equipment, and related installation, commissioning, technical training, and operational services [1]. - The agreement is a key initiative for the company to implement its international strategy and establish a global footprint in the hydrogen market [1]. - Successful execution of the transactions under the agreement and collaboration with leading Australian companies may positively impact the company's rapid entry into the Australian market, reduce independent project development risks, and enhance the company's international brand influence [1].

Core Viewpoint - The EU's Carbon Border Adjustment Mechanism (CBAM) has transitioned into a mandatory phase, posing significant challenges and opportunities for China's petroleum and chemical industries, necessitating a shift towards greener practices and compliance with international standards [1] Group 1: Fertilizer Industry - The default emission value for Chinese urea products is set at 2.85 tons of CO2 per ton, nearly double that of major natural gas-producing countries like Algeria, while anhydrous ammonia has a default value of 4.36 tons of CO2 per ton [2] - Fertilizer companies must transition from "extensive management" to "refined accounting" by establishing a Monitoring, Reporting, and Verification (MRV) system that meets international standards to counter unreasonable default values [2] Group 2: Hydrogen Industry - The hydrogen industry, although small, is crucial for the green development of the petrochemical sector, with a default emission intensity for Chinese hydrogen set at 26.64 tons of CO2 per ton [2] - The CBAM's inclusion of hydrogen signifies a rejection of traditional "grey hydrogen" production methods, pushing the industry towards green hydrogen production using renewable energy [2] Group 3: Refining and Chemical Industries - The refining and organic chemicals sectors are identified as potential main battlegrounds under CBAM, with the EU targeting organic chemicals and polymers to prevent "carbon leakage" [3] - Refining products will have their carbon footprints traced throughout the supply chain, and any expansion of CBAM will impact the entire petrochemical industry, including synthetic resins and plastics [3] Group 4: Data Management and Compliance - CBAM challenges companies not only in production processes but also in data governance, requiring transparent and verifiable supply chain data [4] - Companies need to establish a digital carbon management platform to track carbon footprints from raw material procurement to end products, while adhering to compliance standards [4] - The industry must view the CBAM as both a long-term and a critical challenge, transforming external carbon constraints into internal green momentum through technological innovation and management upgrades [4]

Investment Rating - The report maintains an "Outperform" rating for the power equipment and new energy industry [1]. Core Insights - The global sales of new energy vehicles are expected to grow rapidly in 2026, driving demand for batteries and materials [1]. - The Ministry of Industry and Information Technology is working to regulate competition in the power and energy storage battery industry, which is likely to improve profitability across the supply chain [1]. - Sodium batteries are anticipated to enter large-scale applications, while solid-state battery industrialization is progressing, highlighting the importance of related materials and equipment companies [1]. - The photovoltaic sector is focusing on "anti-involution" as a key investment theme, with regulatory discussions aimed at controlling upstream silicon material prices and enhancing profitability in downstream battery components [1]. - The demand for wind power is expected to continue growing, supported by government initiatives for new photovoltaic and wind power projects [1]. - The energy storage sector remains robust, with recommendations to focus on energy cell and large-scale integration manufacturers [1]. - Hydrogen energy is projected to open new demand avenues, particularly in green hydrogen applications, with a focus on equipment and operational segments [1]. - Nuclear fusion is identified as a long-term energy development direction, with recommendations to monitor core suppliers in this area [1]. Summary by Sections New Energy Vehicles - Expected sales in 2025 for new energy passenger vehicles in China are projected at 12.809 million units, a year-on-year increase of 17.6% [2]. Battery Technology - CATL announced plans for large-scale sodium battery applications in 2026, while solid-state battery prototypes are entering real vehicle testing [2]. Photovoltaic Industry - The cancellation of VAT export rebates for photovoltaic products is set to take effect from April 1, 2026, impacting market dynamics [2]. - The photovoltaic industry is experiencing price adjustments, with silicon material prices rising and a focus on maintaining profitability in the supply chain [15][19]. Wind Power - The wind power sector saw significant growth, with a 22.06% increase in stock prices for wind energy companies [10][13]. Energy Storage - The price of lithium carbonate has risen significantly, with current prices around 115,000-119,000 RMB per ton, reflecting a 19.1% increase [27]. - Energy cell prices for various models have also increased, with the average price for 100 Ah cells at 0.403 RMB per watt-hour, up from previous levels [28]. Market Trends - The overall power equipment and new energy sector saw a 5.02% increase in stock prices, outperforming the broader market indices [10][13].

Group 1 - The semiconductor equipment orders continue to show strong growth at the beginning of 2026, following a robust trend since the second half of 2025, supported by accelerated project implementation and increased customer delivery speed [1] - Emerging industries, including energy storage, new energy vehicles, wind power, artificial intelligence, and commercial aviation, have recently announced significant orders, indicating a combination of industry cycles, market demand, and corporate strategies [1] - The new semiconductor manufacturing base in Zhengzhou, with a total investment of 1.8 billion yuan, is expected to be completed by 2027, focusing on core equipment for semiconductor back-end testing and IoT safety production equipment [2] Group 2 - The energy storage sector has also seen a notable increase in order volume, with several companies announcing large orders that are expected to significantly boost future performance [2] - Companies like Haiqi Communications have secured multiple large energy storage orders since November 2025, validating their market recognition and laying a solid foundation for future business expansion [2] - Many companies are prioritizing overseas orders as a key growth area for 2026, with firms like Aibisen planning to optimize global layouts and consolidate overseas market advantages [3] Group 3 - The recent surge in orders at the beginning of the year is attributed to a combination of industry cycles, market demand, and corporate strategies, emphasizing the importance of accurately capturing industry recovery points and opportunities [4] - The immediate impact of large orders on cash flow and market confidence is significant, but the quality of performance realization depends on the company's execution capabilities and cost control [4] - High-quality orders can drive technological iteration and capacity optimization, creating a positive cycle from orders to production and further orders [4] Group 4 - The announcement of large orders at the beginning of the year can significantly boost stock prices, but investors should focus on the sustainability of these orders [5] - It is crucial to differentiate between contract amounts and revenue that can be recognized in the current year, paying attention to order gross margins and the company's capacity to meet delivery schedules [5]

Investment Rating - The report maintains an "Outperform" rating for the industry [5] Core Insights - The cancellation of export tax rebates for lithium batteries and photovoltaic products is expected to accelerate the clearing of outdated production capacity and promote global expansion [2][19] - The energy storage sector is experiencing rising prices for systems and EPC contracts, driven by strong demand [50][51] - The wind power sector is advancing with multiple offshore wind projects receiving approval, indicating ongoing growth in domestic offshore wind energy [34][35] Summary by Sections Lithium Battery Sector - A meeting was held by four departments to regulate the competitive order in the lithium battery industry, proposing the cancellation of export tax rebates for lithium batteries [9][10] - The Chinese government plans to cancel or reduce export tax rebates for battery-related products starting April 1, 2026 [10] Photovoltaic Sector - The official cancellation of export tax rebates for photovoltaic products is set for April 1, 2026, marking the end of the "rebate dividend" era [19][20] - This policy is expected to lead to a surge in orders and installations before the policy takes effect, while long-term effects include the elimination of low-cost competition and a shift towards technological innovation and brand building [19][20] Wind Power Sector - Several offshore wind projects in Jiangsu have been approved, with ongoing progress in deep-sea offshore wind projects [34][35] - The approval of a 1GW offshore wind project in Guangdong and a 0.8GW project in Jiangsu highlights the sector's growth [34] Energy Storage Sector - In December, the average prices for energy storage systems and EPC contracts increased, with strong demand noted in regions like Xinjiang and Shanxi [50][51] - The adjustment of export tax policies for batteries is expected to increase export costs, potentially leading to a surge in exports before the policy takes effect [52] Power Equipment Sector - The CES2026 event showcased the successful launch of the Rubin platform, which is expected to enhance AI computing capabilities [60][61] - The Qinggui DC project has entered the feasibility study phase, marking significant progress in high-voltage direct current transmission projects [62] Hydrogen Energy Sector - The National Energy Group has undergone structural adjustments, establishing a new hydrogen energy division, emphasizing hydrogen as a key growth point in the economy [74][77] - The procurement of a hundred-ton SAF unit indicates ongoing investment in hydrogen technology [78]

Investment Rating - The report suggests a positive outlook for the hydrogen energy industry, indicating that it is expected to outperform the relevant market indices in the next 12 months [14]. Core Insights - Since December 2025, there has been a surge in hydrogen energy policies, with the Ministry of Industry and Information Technology officially releasing a notification on key products and processes, including hydrogen fuel cell systems and key components [4][7]. - More than seven provinces and cities, including Henan, Xiamen, Wuhu, Shenzhen, Guangzhou, and Chongqing, have issued special support measures, creating a synergistic effect between central and local policies [4][7]. - The focus of these policies includes financial subsidies, demonstration projects, and streamlined processes aimed at overcoming technological bottlenecks and accelerating commercialization [10]. Summary by Sections Policy Support - Xiamen plans to introduce nine measures to subsidize hydrogen equipment projects up to 10% of investment, with a maximum of 30 million yuan per project [10]. - Wuhu Economic Development Zone offers up to 15% subsidies for hydrogen industry projects and 5 million yuan for hydrogen refueling station construction [10]. - Shenzhen Longgang District supports key materials and technologies in hydrogen energy, providing 10% subsidies for demonstration applications [10]. - Guangzhou Baiyun District encourages the use of hydrogen fuel cell vehicles in government and state-owned projects, aiming for over 50% usage [10]. - Chongqing has a development plan for hydrogen refueling stations, targeting the construction of 10 stations from 2025 to 2027 [10]. - Urumqi has set a three-year action plan for the hydrogen industry, aiming for an annual increase of at least 20,000 tons of green hydrogen capacity by 2027 [10]. - Hainan has initiated a second batch of fuel cell vehicle demonstration project applications, with a maximum reward of 20 million yuan per project [10]. - Henan continues to exempt hydrogen trucks from highway fees until 2027 [10]. Industry Outlook - The hydrogen industry is expected to evolve towards large-scale and commercial development during the 14th Five-Year Plan [10]. - By the end of 2025, green hydrogen production capacity is projected to exceed 220,000 tons, with significant cost reductions in electrolysis [10]. - Key breakthroughs in storage and transportation technologies are anticipated, with the implementation of national standards for high-pressure hydrogen storage [10]. - The construction of hydrogen refueling stations is expected to accelerate, with over 540 stations projected to be built by the end of 2025 [10]. - The number of fuel cell vehicles is expected to exceed 30,000 by the end of 2025, a significant increase from 7,000 at the end of 2020 [10]. - The application fields of hydrogen energy are expected to diversify beyond transportation to include energy storage, power generation, and industrial applications [10]. Investment Recommendations - The report recommends focusing on leading companies across various segments of the hydrogen industry, including Huaguang Huaneng (hydrogen production), Longjing Environmental Protection (hydrogen production), Bingshan Environment (storage and transportation), Goldwind Technology (green alcohol), and Yihua Tong (fuel cell vehicles) [10].

Quantum Technology - The report highlights the clear positioning of the NISQ (Noisy Intermediate-Scale Quantum) era, indicating that current quantum devices are operational but limited in capability, lacking fault tolerance and scalability. Experts estimate that small-scale fault-tolerant quantum computers will take about ten years to develop [8][9] - The collaboration between Argonne National Laboratory and Intel has successfully deployed a 12-qubit silicon-based quantum processor, demonstrating the value of mature silicon technology in scaling quantum computing [10] - D-Wave has showcased a scalable on-chip low-temperature control gate model quantum bit, significantly reducing wiring costs and addressing a major bottleneck in the industry [12][14] Biomanufacturing - Micro Yuan Synthesis has secured nearly 300 million yuan in financing to accelerate the development of methanol biomanufacturing, which addresses the reliance on food-based raw materials in traditional biomanufacturing [15][16] - The first gene-consistent human "lung chip" has been developed, providing a new tool for personalized treatment of respiratory diseases and potentially revolutionizing drug development by reducing reliance on animal models [18] Hydrogen Energy and Nuclear Fusion - Policies in Shanghai and other regions are reducing the operational costs of hydrogen vehicles through subsidies and free highway access, which is expected to significantly boost the adoption of hydrogen fuel cell vehicles [19][20] - The report notes that hydrogen energy is transitioning from being a major electricity consumer to a "regulator" of the grid, enhancing the consumption of renewable energy and long-term storage capabilities [25][28] - The Energy Singularity's "Honghuang 70" nuclear fusion device has achieved a 120-second steady-state operation, marking a significant milestone in commercial nuclear fusion technology [31] - Dongsheng Fusion has completed a multi-hundred million yuan angel round of financing to develop a "deuterium-helium-3" fusion route, which is considered safer and more cost-effective than traditional methods [32][33] Brain-Computer Interface - Strong Brain Technology has raised 2 billion yuan to scale brain-computer interface technology, aiming to help one million disabled individuals regain social functionality within five to ten years [38][39] - Sichuan Province has set maximum prices for brain-computer interface medical services, which will take effect in April 2026, facilitating the clinical application of this technology [40][41] - The first brain-computer interface deep brain stimulator surgery in Southwest China has been successfully performed, providing new treatment options for Parkinson's disease [42][43] Embodied Intelligence - NVIDIA has released several physical AI models and frameworks that support robots in understanding physical laws, enhancing the industrialization of robots across various scenarios [5][13] - Chinese companies represent nearly 25% of robot exhibitors at CES 2026, with humanoid robots making up over 50% of the exhibition area, showcasing the competitive edge of Chinese firms in this sector [5][13] Sixth Generation Mobile Communication (6G) - Nanjing has launched a special plan to build a 6G industrial ecosystem, aiming for full coverage of 6G non-cellular networks by 2027 and the establishment of over 50 vertical industry scenarios [5][14]

此次合作的首个碟式光热裂解水rSOC制氢落地项目为曹妃甸区滦海公路加氢站站内制氢项目。该项目 依托曹妃甸区丰富的可再生能源资源，在加氢站站内布局绿氢制氢设备，实现"制储加一体化"运营模 式。此举不仅能减少绿氢储运环节的成本与损耗，还能保障加氢站氢气供应的稳定性与清洁性，提供高 效、环保的氢能补给服务。双方合作的另一核心合作板块为绿氢供应合作项目。该项目将整合各自在新 能源、氢能制备、市场渠道等方面的资源优势，建立长期稳定的绿氢供应体系。 唐山市新能源集团将发挥区域能源布局优势，为绿氢生产提供可再生能源支撑。和曦新能源凭借在碟式 光热裂解水rSOC制氢技术研发与应用方面的经验，负责绿氢的制备、提纯与配送，满足工业、交通等 领域的绿氢需求，助力张承唐氢能区域试点的产业化突破。 本报讯 （记者张薇 通讯员张艳）1月9日，高新区企业和曦新能源有限公司与唐山市新能源集团有限公 司就绿氢业务合作举行签约仪式。 张家口、承德、唐山三市联合申报的河北张承唐氢能区域试点纳入首批全国能源领域氢能试点名单，该 试点成为全国9个氢能区域试点之一，围绕氢能"制、储、输、用"全链条开展系统示范，着力构建"张承 制氢、唐山应用"的跨区域协 ...