Core Viewpoint - The energy sector is leveraging technological innovation as a driving force, focusing on industrial upgrades and open cooperation to navigate uncertainties and ensure development certainty in the construction of a strong energy nation [2][4]. Group 1: Technological Innovation in Energy - The "14th Five-Year Plan" emphasizes consolidating advantages, breaking bottlenecks, and enhancing core technologies to ensure strategic autonomy in the energy sector [4]. - Significant advancements in energy technology were showcased at the 2026 Zhongguancun Forum, illustrating China's progress from following to leading in energy technology [5]. - The Gansu Zhengning coal-fired power plant captures 1.5 million tons of CO2 annually with a capture rate exceeding 90%, demonstrating effective carbon capture and utilization [5]. - Breakthroughs in controlled nuclear fusion technology have positioned China at the forefront globally, with advancements in high-temperature superconductors and plasma physics [5]. Group 2: Future Energy Technologies - New technologies such as wind, solar, hydrogen, and energy storage are rapidly penetrating transportation scenarios, indicating significant future potential [6]. - The introduction of a superconducting electric maglev train capable of reaching speeds of 600 km/h represents a strategic technological advancement in transportation [7]. - By 2025, China's coal and gas production is projected to exceed 4 billion cubic meters, with wind and solar installations surpassing 1.8 billion kilowatts, marking a shift towards greener energy sources [7]. Group 3: Industry Collaboration and Ecosystem - The integration of artificial intelligence across various sectors, including energy, is reshaping economic development and enhancing operational efficiency [9]. - The synergy between electricity and computing power is crucial for the advancement of artificial intelligence, which is becoming a national strategic priority [10]. - The establishment of a resilient ecosystem through full-chain integration is essential for supporting technological advancements in the energy sector [12]. Group 4: Global Cooperation and Carbon Management - The Zhongguancun Forum serves as a platform for international collaboration in energy innovation, focusing on renewable energy, carbon capture, and marine energy development [14]. - The forum's discussions on comprehensive carbon management highlight the importance of digital technologies in integrating various energy sources to address carbon emissions [15]. - The emphasis on sustainable marine energy development underscores the need for international cooperation to balance resource extraction and ecological protection [14].

Group 1: Energy Security - By 2030, China's energy comprehensive production capacity is targeted to reach 5.8 billion tons of standard coal, a 13% increase from 5.13 billion tons in 2025[6] - The energy consumption total is expected to reach 7 billion tons of standard coal by 2030, with a production coverage ratio of approximately 82.9% during the 14th Five-Year Plan period[6] - The oil production is aimed to stabilize at around 200 million tons annually, with natural gas production steadily increasing[6] Group 2: Energy System Construction - The goal is to increase the share of non-fossil energy in total energy consumption to 25% by 2030, up from 16% in 2020 and 21.7% in 2025[13] - The plan includes the construction of major clean energy bases, with a cumulative installed capacity of offshore wind power expected to exceed 100 million kilowatts and nuclear power capacity reaching approximately 110 million kilowatts[15][17] - The new energy system will focus on multi-energy complementarity and innovation mechanisms, with a target of adding over 30 million kilowatts of new energy base capacity during the 15th Five-Year Plan[15] Group 3: Green Low-Carbon Transition - A 17% reduction in carbon emissions per unit of GDP is necessary to achieve the carbon peak by 2030, with projections indicating a decrease to approximately 0.78 tons per 10,000 yuan by that year[18][19] - The plan emphasizes dual control of carbon emissions, focusing on total emissions and intensity, with specific measures for high-energy-consuming industries[24] - Key actions include enhancing energy efficiency in major sectors, promoting circular economy initiatives, and implementing non-CO2 greenhouse gas management[25][27] Group 4: Future Energy Industry Development - The plan aims to foster technological breakthroughs in future energy industries, focusing on smart driving, new solar cells, and energy storage technologies[28] - Hydrogen energy and nuclear fusion are highlighted as key areas for future development, with a focus on creating a comprehensive hydrogen energy ecosystem[29] - The investment in nuclear fusion technology is expected to yield results during the 15th and 16th Five-Year Plans, positioning China at the forefront of future energy technology[29]

Core Insights - The energy sector is at a new historical starting point, with a solid foundation for building an energy powerhouse and a clear goal for establishing a new energy system by 2035 [1] - The transition to a green energy system is accelerating, with non-fossil energy consumption expected to exceed 30% of total energy consumption by 2035, and wind and solar power capacity projected to reach over six times that of 2020 [1] - The integration of artificial intelligence in energy development presents unprecedented opportunities, necessitating a dual empowerment approach to seize strategic advantages [1] Policy Overview - High-quality and high-standard implementation of the "14th Five-Year" energy plan is essential, with a focus on major projects to drive execution and establish clear timelines and priorities [3] - Enhancing energy security is a priority, with efforts to solidify coal supply, improve electricity supply levels, and optimize energy infrastructure [3] - The green and low-carbon transition of energy must be advanced, with a target of adding over 20 million kilowatts of wind and solar power capacity annually [3] - Accelerating energy technology self-reliance is crucial, with initiatives for AI integration in energy and advancements in smart grid technology [3] - Ensuring diverse energy needs for both citizens and enterprises is vital, with a focus on improving power supply quality and optimizing the electricity business environment [3] - Comprehensive energy reform and legal construction are necessary to adapt to the new energy system and enhance regulatory frameworks [4] Investment Trends - In 2026, energy investment directions may shift, with a slowdown in new installations for wind and solar, while major hydropower projects will receive increased funding [6] - Investment in nuclear power will maintain a certain scale, and traditional energy investments will focus on clean and low-carbon technology research and development [6] - The emphasis on "ensuring diverse energy needs" indicates a push for improved distribution networks to lower end-user electricity costs [6]

Core Viewpoint - The article emphasizes the acceleration of building a new energy system during the "14th Five-Year Plan" period, highlighting the importance of transitioning to a green and low-carbon energy structure and the implementation of various energy projects to support this transition [2][3][8]. Group 1: Achievements of the 14th Five-Year Plan - The "14th Five-Year Plan" has successfully completed 14 major indicators and 19 strategic tasks, establishing a solid foundation for the new energy system [3]. - The total production of primary energy exceeded 5 billion tons of standard coal, with a self-sufficiency rate maintained above 80% [3]. - Nearly half of the energy demand increase during the "14th Five-Year Plan" was met by non-fossil energy sources, with their share in total energy consumption exceeding 20% [3]. Group 2: New Challenges and Requirements - The global energy landscape is undergoing significant changes, with increasing uncertainties impacting energy security, including intensified competition over resources and market access [5]. - Domestic energy demand is experiencing rigid growth, leading to greater challenges in energy system management due to increased complexity and risks [5][6]. Group 3: Goals for the 15th Five-Year Plan - The overarching goal for the "15th Five-Year Plan" is to initially establish a new energy system, with specific targets for energy supply security, structural optimization, and system resilience [9]. - Non-fossil energy is expected to account for 25% of total energy consumption, with electricity's share in final energy consumption increasing by approximately 1 percentage point annually [9]. Group 4: Key Tasks and Infrastructure Development - The focus will be on constructing new energy infrastructure, enhancing the non-fossil energy supply system, and developing a new power system that accommodates a high proportion of renewable energy [10]. - Strategic projects include the construction of small-scale, efficient projects, electric vehicle charging networks, and integrated bases for wind, solar, hydrogen, and ammonia [10].

Core Viewpoint - The article emphasizes the importance of establishing a new energy system during the "14th Five-Year Plan" and the upcoming "15th Five-Year Plan," highlighting the need for energy security and the transition to a low-carbon economy as key national strategies [2][4][10]. Group 1: Achievements of the 14th Five-Year Plan - The "14th Five-Year Plan" successfully completed 14 major indicators, 19 strategic tasks, and 34 significant projects, laying a solid foundation for the new energy system [4]. - Primary energy production exceeded 5 billion tons of standard coal, with a self-sufficiency rate maintained above 80%, ensuring stable energy supply [4]. - Non-fossil energy accounted for over 20% of total energy consumption, with nearly half of the energy demand increase during this period met by non-fossil sources [4]. Group 2: Challenges and New Requirements - The global energy landscape is undergoing significant changes, with increased uncertainty affecting energy security, including intensified competition for resources and market access [7]. - Domestic energy demand is growing rigidly, with peak load characteristics becoming more pronounced, complicating energy system management [7][8]. - Achieving carbon peak targets presents challenges, requiring a shift towards non-fossil energy sources and the establishment of market mechanisms reflecting the diverse values of different energy types [8][9]. Group 3: Goals and Strategies for the 15th Five-Year Plan - The primary goal for the "15th Five-Year Plan" is to establish a new energy system, with specific targets for energy supply security, structural optimization, and technological innovation [11][12]. - The plan aims for non-fossil energy to constitute 25% of total energy consumption and for electricity to account for an increasing share of end-use energy consumption [12]. - Key tasks include building resilient energy infrastructure, enhancing the non-fossil energy supply system, and promoting green and low-carbon energy consumption [12][13]. Group 4: Major Projects and Infrastructure Development - The article outlines the importance of strategic major projects, including the construction of renewable energy bases and the optimization of energy transmission corridors [13]. - Emphasis is placed on developing smaller, innovative projects such as electric vehicle charging networks and zero-carbon parks to support the transition to a green energy system [13].

Report Information - Report Title: 2026 Commodity Outlook - Research Team: Guolian Minsheng Securities Forward-looking Research Team - Report Date: February 13, 2026 [1] Investment Recommendations - Industrial metals: Due to the demand from the electric vehicle, energy storage, wind power, and photovoltaic sectors, and the long - term insufficient capital expenditure in copper mines and China's electrolytic aluminum production capacity approaching the limit, copper and aluminum are recommended for their potentially positive fundamentals [3]. - Minor metals: Benefiting from China's macro - regulation and supervision of strategic minerals and the supply being restricted by mining quotas, rare earths, antimony, and tungsten are recommended [3]. - Precious metals: With their defensive properties, the prices of silver and platinum are expected to enter an upward cycle, so they are recommended [3]. Core Views - The factors influencing commodity prices are divided into short - to - medium - term disturbances, cyclical factors, and trend/structural forces. Capital expenditure in the next 3 - 5 years will affect commodity supply and pricing [3]. Summary by Section 1. Commodity Price Drivers 1.1 Medium - to - Long - Term Influencing Factors: Capital Expenditure Cycle - Copper prices follow the marginal cost pricing principle, while oil prices do not fully conform. The oil price center may have a 5 - year cycle [12][14][15]. 1.2 Short - to - Medium - Term Disturbing Factors: Geopolitics and Supply - Side Restrictions - Commodity price fluctuations caused by geopolitics and supply - side restrictions usually correct within half a year to a year. The flexibility of US shale oil production can offset the impact of OPEC's production changes on oil prices to some extent, and OPEC+ production agreements affect oil prices within 6 months [23]. 1.3 Impact of Technological Progress - The impact of electric vehicle technology on oil demand is slower than on lithium carbonate demand. The new nickel production process has led to a large release of nickel ore capacity, and nickel prices have not outperformed inflation. US natural gas prices have underperformed inflation due to technological progress, and agricultural technological progress has significantly affected agricultural product prices [24][29][34][38]. 2. Traditional Energy: "Stable with Changes", Reshaping the Supply - Demand Structure 2.1 Oil Market - Global oil and gas upstream investment has been increasing since 2020, but it may not return to the high level of 2014 - 2015. OPEC's production recovery may be limited by remaining capacity. Trump's impact on US oil production may be limited. Global oil consumption is increasing, with China and India being the main contributors. The oil market may be in an oversupply situation in 2025 - 2026 [45][51][63][82][87]. 2.2 Natural Gas Market - Asian natural gas demand is stable, and China's dependence on imported LNG has weakened in 2025. US LNG project capacity is expected to grow rapidly, while Europe faces greater LNG import demand [91][98][104][112]. 2.3 Coal Market - Coal remains an important "ballast stone" in the power system. Global coal consumption growth is slowing, and supply is relatively stable. China's coal market is expected to operate stably under the policy of increasing supply and ensuring stable prices [120][126][132]. 3. Steel Industry: Weak Demand, Excess Capacity - Construction steel demand is in a low - growth state, and China's steel exports may be restricted by trade policies. Iron ore supply is expected to be loose, and the coking coal market supply - demand gap is narrowing, with prices fluctuating [134][139][149][159]. 4. Industrial Metals: Improving Supply - Demand Structure, Positive Fundamentals 4.1 Copper - Copper demand is facing a shift in growth drivers, with new energy sectors such as electric vehicles, wind power, and photovoltaics becoming important demand sources. However, copper exploration investment has been low, and the growth of ore - end resources has been suppressed. The slowdown of recycled copper smelting and the decline of processing fees may support copper prices [165][172][178][192]. 4.2 Aluminum - China's bauxite supply is tight, and imports account for a large proportion, with potential overseas supply disruptions. Global electrolytic aluminum production growth is slowing, and China's production is restricted by the capacity ceiling, which may support aluminum prices [199][208][219]. 4.3 Rare Earths - China's rare earth mining and smelting quota growth has slowed down, and the increase in overseas supply is limited [224]. 4.4 Antimony - The demand for antimony in the photovoltaic glass industry is expected to increase, but domestic antimony mine production growth is limited, and global supply is tightening [230][235]. 4.5 Tungsten - The downstream demand for tungsten is expected to improve with the recovery of the manufacturing industry. However, domestic tungsten mine production growth may slow down, while overseas supply may increase [240][246]. 5. Precious Metals: Entering an Upward Cycle - Silver and platinum - group metals may continue to be in a shortage situation. The industrial demand for silver, especially in the photovoltaic sector, is strong, while the demand for platinum and palladium in the automotive industry may decline due to the increase in electric vehicle penetration [252][257]. 6. Agricultural Products: Climate Change Challenges, Regional Market Differentiation 6.1 Soybeans - The global soybean supply - demand structure is expected to remain loose. China's soybean consumption may decline, the US renewable fuel production has decreased, and trade policies may affect the soybean trade pattern. North American and South American soybean production has different trends, and China's soybean import volume may decrease [264][269][273][278][294]. 6.2 Corn - Global corn supply is tightening, with inventory decreasing. China's corn consumption is growing steadily, the US corn production has decreased but exports have increased significantly, Brazil's corn production has different trends, and its domestic ethanol production restricts exports [299][300][309][315][320]. 6.3 Wheat - The global wheat market is in a tight - balance state. China and India's imports may increase, Russia and the EU's supply has decreased due to bad weather, while North America and Australia's wheat production has been positively affected by the weather. The supply of major exporting countries is tight, and prices are stabilizing [321][331][332][339][340].

Group 1 - The stock price of Green Star (PLAG.AM) has shown significant volatility, closing at $4.02 on February 5, 2026, with a daily increase of 8.65% and a trading volume of 288,600 shares, indicating active market participation [1] - Following the peak, the stock experienced a decline, dropping 5.19% to $3.84 on February 9 and further decreasing by 2.08% to $3.76 on February 10, with trading volume and turnover rate significantly narrowing [1] - Over the past five days, the cumulative increase was 3.30%, but the price fluctuation remained high at 31.89%, reflecting a volatile trading environment [1] Group 2 - The company has made key advancements in the renewable energy sector, with its subsidiary Jinshan Chemical successfully reducing the hazard classification of its "Green Energy No. 1" product from level two to level three, facilitating export to the Cambodian market [2] - The company is accelerating the application for hazardous material transportation licenses in Cambodia and is in discussions with potential customers for long-term sales agreements, aiming for bulk exports by the second quarter of 2026 [2] - The company operates over 40 standardized Fudongnan brand gas stations in Cambodia, providing stable cash flow from traditional energy operations, while the renewable energy segment boasts a gross margin of 42%, becoming a new growth engine [2] - These initiatives reinforce the company's dual-drive strategy of "traditional energy + renewable energy" [2]

Industry News - The Ministry of Industry and Information Technology, along with three other departments, announced the third batch of recommended standards for carbon footprint accounting of industrial products, comprising 73 items [2] - China's solar power generation capacity is expected to surpass coal power for the first time in 2026, with wind and solar combined accounting for 80.2% of the new installed capacity in 2025, totaling 550 million kilowatts [2] - In Shanxi Province, the installed capacity of new energy and clean energy is projected to reach 90.48 million kilowatts by 2025, exceeding coal power for the first time with a share of 55.1% [3] - Shanghai's electricity consumption is forecasted to exceed 200 billion kilowatt-hours for the first time in 2025, reaching 208.88 billion kilowatt-hours, with a year-on-year growth of 5.28% [4] - The Red River Nuclear Power Plant in Northeast China achieved a record high of 49.15 billion kilowatt-hours in electricity generation for 2025, marking a significant milestone for the region [4] - The capacity for transporting new energy vehicles across the Qiongzhou Strait is set to increase by 40% with the introduction of new dedicated transport vessels [4] International News - Venezuela successfully exported liquefied petroleum gas for the first time, marking a significant development in its energy sector [5] - OPEC+ announced it will maintain its current production levels without increasing output, reflecting ongoing market assessments [6] - Mexico plans to provide humanitarian aid to Cuba while seeking to restore oil supply routes despite U.S. restrictions [6] Corporate News - A Chinese company set a new drilling depth record in Uganda with its self-developed geological rotary steering drilling system, reaching 6,185 meters [7] - A wind power project in Ethiopia, constructed by a Chinese enterprise, commenced operations with a total designed capacity of 120 megawatts [7]

Core Viewpoint - The construction of an energy powerhouse is essential for modernizing the country and ensuring energy security, especially in the context of global geopolitical changes and the need for a green low-carbon transition [1][2][3][4]. Group 1: Energy Revolution and Modernization - The development of energy is a crucial indicator of national modernization, particularly for a large country like China, and is aligned with the "Four Revolutions and One Cooperation" strategy proposed by President Xi Jinping [2]. - The construction of an energy powerhouse is a strategic deployment responding to external environmental changes and domestic energy development needs, supporting high-quality development and new productive forces [2]. Group 2: Energy Security and Geopolitical Strategy - Enhancing energy security capabilities is urgent due to increasing geopolitical risks and the politicization of energy issues, necessitating a robust energy supply chain and innovation system [3]. - Building an energy powerhouse is vital for achieving energy security and providing momentum for manufacturing and transportation sectors, thereby strengthening China's strategic position in global power dynamics [3]. Group 3: Green Low-Carbon Development - The transition to a green low-carbon economy is a strategic priority for global competition, and developing a new energy system will facilitate this transition while promoting technological and industrial innovation [4]. - China's leadership in global energy transition can be reinforced through the construction of an energy powerhouse, contributing to international climate governance and enhancing its competitive edge in green industries [4]. Group 4: Development Foundations - China has favorable conditions for accelerating the construction of an energy powerhouse, with significant increases in energy production capacity since 2021, including coal production of 4.78 billion tons and natural gas production of 246.5 billion cubic meters in 2024 [5]. - The country has established itself as a leader in renewable energy, with wind and solar power installations surpassing coal power for the first time in 2024, and producing 80% of global solar components and 70% of key wind power parts [5]. - However, challenges remain with high dependence on foreign oil and gas, which exceeds 70% and 40% respectively, although this is expected to decrease as fossil fuel consumption peaks [5].

Group 1 - The core viewpoint emphasizes the importance of building an energy powerhouse as a fundamental requirement for modernizing the country and ensuring energy security, especially in the context of global changes and the need for a green low-carbon transition [1][2] - The construction of an energy powerhouse is aligned with the new energy security strategy proposed by the government, which includes promoting energy consumption, supply, technology, and institutional revolutions, as well as enhancing international cooperation [2] - The urgency of enhancing energy security capabilities is highlighted due to increasing geopolitical risks and the politicization of energy issues, necessitating the development of a robust energy supply chain and innovation system [3] Group 2 - The need for green low-carbon development is identified as a strategic priority for enhancing global competitiveness, with a focus on transforming energy production and consumption patterns to achieve carbon neutrality goals [4] - China has made significant progress in energy supply capabilities since the proposal to build an energy powerhouse in 2021, with substantial increases in energy production expected by 2024, including coal, oil, and natural gas [5] - China is recognized as a leader in renewable energy, with the largest installed capacity for wind and solar power globally, and a complete supply chain for clean electricity, although there are challenges related to high dependence on foreign oil and gas [5]