零碳园区是指通过规划、设计、技术、管理等方式，使园区内生产生活活动产生的二氧化碳排放降至"近零"水平，并具备进一步达到"净零"条件的园区。 目前，全国共有国家级、省级园区超3000个，各类园区集聚了80%以上的工业企业，消耗了全国约60%的能源，产生的直接碳排放占全国的30%以上。建 设一批国家级零碳园区可以重点发挥示范引领作用，"以点带面"推进各类园区低碳化、零碳化改造建设。 据CESA储能应用分会数据库不完全统计，2025年以来，江苏、湖南、四川等10个省份24个零碳园区项目并网，容量规模近1.4GWh。 | | | | 2025年并网零碳园区典型项目清单 | | | --- | --- | --- | --- | --- | | 홍릉 | 并网时间 | 建设地点 | 项目名称 | 储能规模 | | 1 | 2025年1月7日 | 山东 | 永泰数能山东潍坊港口光储充项目 | 5MWh | | 2 | 2025年3月14日 | 江苏 | 中车威墅堰所25.06MWh微电网项目 | 12.5MW/25.06MWh | | 3 | 2025年4月25日 | 江苏 | 盐芯微2.75MWh工商业储能项目 | 2 ...

Group 1 - The chemical sector has recently experienced a continuous rise, with the leading chemical ETF (516220) increasing by over 1.5%. The self-regulated supply reduction under the dual control of carbon emissions is expected to enhance the industry's prosperity [1] - The year 2026 marks the beginning of the "14th Five-Year Plan," and the chemical industry is anticipated to break the current situation of widespread overcapacity, entering a new phase of sustained prosperity over the next five years [1] - The Deputy Director of the Central Financial Office, Han Wenxiu, stated that 2026 will be the first year of transitioning from energy consumption dual control to carbon emission dual control. This transition is expected to limit new production capacity and gradually eliminate outdated high-emission overcapacity, contributing to a sustained upward trend in industry prosperity [1] Group 2 - The chemical sector is characterized by its complexity and rapid rotation among sub-sectors, with an average market capitalization that is relatively small. The leading chemical ETF (516220) can be utilized to capture investment opportunities in the chemical sector [1] - This ETF tracks the CSI Sub-Industry Chemical Theme Index, covering 50 leading chemical stocks, which include both traditional cyclical sectors and emerging growth sectors with balanced supply and demand, thereby capturing the investment logic of the chemical sector comprehensively [1]

Core Viewpoint - China has seen a significant reduction in energy consumption intensity, with a cumulative decrease of 27.2% in energy consumption per unit of GDP since the 18th National Congress, supporting an average economic growth of 6.1% per year. However, there is a growing concern about the understanding and importance of energy conservation as the focus shifts from "energy consumption dual control" to "carbon emission dual control" [1]. Group 1: Energy Conservation and Carbon Emission Control - The National People's Congress Standing Committee has raised concerns about the impulsive investment in high energy-consuming and high-emission projects, indicating a lack of supervision on the execution of elimination systems and mandatory energy consumption limits [1]. - Energy conservation is recognized as a crucial aspect of carbon reduction, with energy activities accounting for approximately 90% of total carbon emissions. Reducing one ton of standard coal is equivalent to reducing over two tons of carbon emissions [1]. Group 2: Future Work Focus - The next steps will focus on three main areas: - Reducing existing energy consumption, with a total annual energy consumption of about 6 billion tons of standard coal, where a 1% reduction can lead to a decrease of over 10 million tons of carbon emissions [2]. - Controlling new energy consumption by strictly implementing energy conservation reviews and carbon emission evaluation systems to manage high energy-consuming projects effectively [2]. - Ensuring the implementation of energy conservation and carbon reduction requirements in the 14th Five-Year Plan and related annual plans, integrating energy consumption intensity and carbon emission targets into the dual carbon evaluation system [2].

Group 1 - China's total electricity consumption is expected to exceed 10 trillion kilowatt-hours in 2025, surpassing the combined total of the EU, Russia, India, and Japan from the previous year, marking a significant milestone in China's energy development [1] - China's oil and gas production is projected to reach historical highs in 2025, with crude oil production around 215 million tons and natural gas production exceeding 260 billion cubic meters, continuing a trend of over 10 billion cubic meters of annual growth for nine consecutive years [1] - The stability and resilience of China's energy supply have improved significantly, with the National Energy Administration confirming that energy supply has effectively met peak demand during the summer [1] Group 2 - As of March 2025, China's cumulative installed capacity for wind and solar power has reached 1.482 billion kilowatts, surpassing that of thermal power for the first time, with an expected addition of 37 million kilowatts in 2025 [2] - The new national contribution targets announced for 2025 aim for wind and solar power capacity to reach six times that of 2020 by 2035, with a goal of 3.6 billion kilowatts [2] - The energy supply security and resilience in China are expected to further enhance, with a continuous acceleration of green transformation and stronger momentum for high-quality development [2] Group 3 - The National Development and Reform Commission emphasizes the need to address new challenges in energy security, carbon reduction, technological innovation, and institutional reforms in 2026, aiming to establish a new energy system by 2030 [3] - The focus will be on balancing economic development with energy structure, ensuring energy supply security while promoting energy conservation and carbon reduction [3] - The implementation of a comprehensive carbon emission control system is anticipated to create a larger market space for the growth of green and low-carbon industries [2][3]

Core Insights - In 2025, China's total electricity consumption is expected to exceed 10 trillion kilowatt-hours, surpassing the combined total of the EU, Russia, India, and Japan from the previous year, marking a significant milestone in China's energy development [1][2] - China's oil and gas production is projected to reach historical highs by 2025, with crude oil production around 215 million tons and natural gas production exceeding 260 billion cubic meters, reflecting the country's commitment to energy security [1][2] - The cumulative installed capacity of wind and solar power in China is expected to reach 1.482 billion kilowatts by March 2025, surpassing that of thermal power for the first time, with wind and solar expected to account for 22% of total electricity consumption [2] Group 1: Electricity Consumption - China's total electricity consumption is projected to exceed 10 trillion kilowatt-hours in 2025, a first globally [1] - In July and August, China's monthly electricity consumption surpassed 1 trillion kilowatt-hours, equivalent to Japan's annual consumption [1] - The stability of electricity supply during peak summer periods indicates a high level of energy supply resilience [1] Group 2: Oil and Gas Production - By 2025, China's crude oil production is expected to reach approximately 215 million tons, while natural gas production is projected to exceed 260 billion cubic meters [1][2] - The continuous increase in oil and gas production is supported by enhanced exploration and technological innovation [2] Group 3: Renewable Energy Development - By March 2025, China's cumulative installed capacity of wind and solar power is expected to reach 1.482 billion kilowatts, exceeding that of thermal power [2] - The addition of approximately 37 million kilowatts of wind and solar capacity in 2025 will contribute to 22% of total electricity consumption [2] - China aims to achieve six times the installed capacity of wind and solar power by 2035 compared to 2020 levels, targeting 3.6 billion kilowatts [2] Group 4: Policy and Future Outlook - The Chinese government plans to address new challenges in energy security, carbon reduction, and technological innovation by 2026, aiming for a new energy system by 2030 [3] - The transition to a dual control system for carbon emissions is expected to support high-quality green development and expand market opportunities for low-carbon industries [2][3]

Core Viewpoint - The city emphasizes the importance of strengthening industrial development to achieve qualitative and quantitative economic growth, aligning with national and regional economic strategies [1][2][3]. Economic Strategy - The meeting highlighted the need to implement the spirit of the Central Economic Work Conference and the regional economic work conference, focusing on ten key tasks for the upcoming year [2][3]. - The city aims to balance qualitative improvements and reasonable quantitative growth, integrating government and market efforts, and addressing both political and natural ecological aspects [2][3]. Industrial Development - The city plans to build a modern industrial system with a focus on two major trillion-yuan industrial clusters: renewable materials and advanced steel materials, along with enhancing four characteristic industries [3][6]. - The integration of artificial intelligence into manufacturing is a priority, aiming to enhance various sectors through AI applications [3][6]. Infrastructure and Urban Development - The city is committed to developing a comprehensive transportation network and promoting the integration of port, industry, and city [3][6]. - Urban quality improvement and addressing urban development challenges are key focuses, with an emphasis on historical and cultural preservation [3][6]. Economic Growth and Investment - The strategy includes attracting significant investments and enhancing consumption, particularly in connection with the Guangdong-Hong Kong-Macao Greater Bay Area [3][6]. - The city aims to stimulate internal economic growth through reforms, enhancing the business environment, and promoting private sector development [3][6]. Environmental and Social Considerations - The city is focused on green transformation and implementing carbon emission control policies, aiming for a sustainable energy system and ecological protection [3][6]. - Improving public welfare and ensuring stable employment are also highlighted as essential components of the economic strategy [3][6].

Core Viewpoint - The release of the Climate Disclosure Guidelines marks a significant transition in China's corporate climate information disclosure from "environmental compliance disclosure" to "sustainable value disclosure" [1] Group 1: Guidelines Overview - The Climate Guidelines consist of six chapters and 47 articles, covering general principles, governance, strategy, risk and opportunity management, as well as indicators and targets [2] - The guidelines serve as the first specific standard in the national unified sustainable disclosure framework, advancing the construction of sustainable disclosure standards in China [2][3] - The guidelines aim to provide a basis for companies to disclose climate-related information, facilitating the development of future standards in other environmental, social, and governance areas [2] Group 2: Policy Integration - The Climate Guidelines are designed to work in conjunction with existing policies on voluntary greenhouse gas information disclosure, creating a coherent policy framework that links corporate environmental management with accounting systems [2][3] - This integration aims to establish a comprehensive mechanism for guiding corporate climate transition, covering emissions, risks, governance, and transformation [2] Group 3: Impact on Enterprises - The guidelines will help companies identify, measure, and manage climate impacts, transitioning from passive compliance to proactive transformation [3] - They are expected to enhance the transparency and predictability of climate governance in China, providing a foundational institutional support for international climate change cooperation [3][4] - The guidelines will also assist non-listed companies in clarifying their transformation directions as the country shifts from "energy consumption dual control" to "carbon emission dual control" [5] Group 4: Implementation Strategy - The implementation of the Climate Guidelines will not adopt a "one-size-fits-all" approach; instead, it will be voluntary initially, with a gradual expansion from listed to non-listed companies and from large to small enterprises [6] - The strategy will evolve from qualitative to quantitative requirements and from voluntary to mandatory disclosures over time [6] Group 5: Enhancing Disclosure Capabilities - Companies are encouraged to strengthen their quantitative disclosure capabilities by establishing data collection systems to better assess climate risks and opportunities [6] - Financial departments should be deeply involved in sustainability disclosure, integrating climate information into financial management systems to enhance the overall quality of climate information disclosure [6]

举措再精准 管控再精细 坚决打赢大气污染防治攻坚主动仗 刘文萍主持召开全市大气污染防治工作调度会 12月18日，市委副书记、市长刘文萍主持召开全市大气污染防治工作调度会，强调要深入学习贯彻习近 平生态文明思想，全面落实省委经济工作会议精神，突出精准管控，聚力重点攻坚，坚决打赢大气污染 防治攻坚主动仗。省生态环境厅副厅长何立涛、市领导郑传记参加并讲意见。 转自：邢台发布 会上，省专家组分析了近期大气污染防治形势，市生态环境局汇报了当前工作重点、下步工作举措。刘 文萍指出，当前正值岁末年初关键期，大气污染防治形势严峻复杂。各级各部门要树牢危机意识，紧盯 重点因子和关键时段，科学分析，精准施策，针对性强化企业帮扶，常态化严控烟花爆竹、露天焚烧、 散煤、扬尘和移动源污染，坚决巩固提升空气质量改善成效，以高水平环境保护支撑高质量发展。要全 力打好开年主动仗，深刻把握能耗双控全面转向碳排放双控的新要求，锚定明年空气质量改善目标，逐 因子制定攻坚举措，逐污染源落实管控要求，为全年工作争取主动。要健全网格化管理机制，完善监 测、指挥、落实"三位一体"责任体系，充分发挥微站网格作用，精准锁定污染源头，做到实时发现、随 时交办、 ...

Core Viewpoint - The recent surge in platinum futures prices is attributed to an expanding supply-demand gap and strong support from multiple factors, with the hydrogen energy industry emerging as a new growth point, alongside a significant increase in domestic investment demand [2][3]. Group 1: Price Movement and Market Dynamics - Platinum futures have seen a rapid increase, with the main contract (PT2606) hitting a record high of 549.90 CNY per gram on December 18, marking a 5.32% increase for the day and a cumulative rise of 16.7% over three trading days [2]. - The price surge is linked to the recovery of platinum's undervalued financial attributes, as the gold-platinum ratio has decreased from around 3.5 to approximately 2.5, indicating a correction in valuation [3]. - The market's trading activity has increased significantly, with a weighted open interest of about 36,500 contracts and a daily increase of nearly 5,900 contracts, reflecting heightened investor interest [6]. Group 2: Supply and Demand Factors - The global platinum market is expected to face a third consecutive year of shortages by 2025, driven by strong demand from the hydrogen energy sector and other industrial applications [2][4]. - Major platinum-producing countries, including South Africa, Russia, and Zimbabwe, are projected to account for 92.7% of global refined output, highlighting the concentrated nature of supply [6]. - The World Platinum Investment Council (WPIC) anticipates an average structural shortage of 19.3 tons per year from 2025 to 2029, equivalent to 8% of the average annual demand during that period [7]. Group 3: Macroeconomic Influences - The macroeconomic environment is characterized by a relatively loose monetary policy, with the Federal Reserve expected to implement further rate cuts, which could enhance the attractiveness of precious metals like platinum [5][8]. - Recent employment data indicates a cooling job market, which is not expected to trigger inflation, further supporting a favorable environment for precious metals [5]. - The correlation between platinum and gold prices is high, with a statistical correlation of 0.59 from 2023 to 2025, suggesting that macroeconomic factors will significantly influence platinum prices [8]. Group 4: Long-term Outlook - Analysts predict a bullish market for platinum futures in 2026, with expectations of continued price recovery as market sentiment stabilizes [9]. - The potential for increased demand from hydrogen energy applications and automotive catalysts could further support price increases [8][9]. - Despite a projected slight surplus in 2026 due to increased recycling from scrapped vehicles, supply risks from high production costs and regional conflicts in major producing areas remain a concern [8].

Report Title - "National Carbon Market: One Thing Gains While Another Loses, Aftershocks Still Linger — Outlook for the Annual Market of the National Carbon Market in 2026" [1] Report Industry Investment Rating - Not provided in the report Core Views of the Report - The macro - emission reduction target will provide an important reference for the downward adjustment path of the power generation industry's quota benchmark value. If 2025 is the peak - year, the average annual emission reduction rate of carbon dioxide from 2026 to 2035 needs to reach about 0.7% - 1.0%. In the neutral power generation growth scenario, the power generation emission intensity in 2026 needs to be reduced by at least about 1.1% - 1.4% compared with 2025. The estimated quota gap rate of the power generation industry in 2025 may expand to about 1.1% - 1.4%, corresponding to an annual gap of about 0.6 - 0.7 billion tons [2]. - The supply capacity of CCER will continue to expand in 2026, which will weaken the upward driving force of carbon prices. The total supply of "new supply + inventory" of CCER in 2026 is expected to reach about 25 - 32.5 million tons. If the CCER price returns to the normal range of "discount to CEA" in 2026, key emission units may use CCER on a large scale to replace quotas or fill compliance gaps [3]. - In 2026, the market will continue to digest the past quota surpluses, but the decline in surpluses is limited. Under the existing policies, the carbon price is expected to rise moderately, but it is difficult to return to the historical high. If new policies can give the market a clear expectation of the emission reduction path, the carbon price is expected to break through the historical high [3]. - The annual strategy is to go long on dips below 70 yuan/ton and take profit above 90 yuan/ton [3] Summary by Relevant Catalogs 2025 Review Carbon Price Breakdown and Limited Rebound - In 2025, the price of China's national carbon market carbon emission allowances (CEA) showed a downward trend, with the price center shifting down by about 35% year - on - year. As of December 5, 2025, the average transaction price of the whole market was about 61.48 yuan/ton, a year - on - year decline of about 35%. The price trend can be divided into three stages: sharp decline in the first three quarters, a sharp drop and then a rebound in October, and a rise and then a fall in mid - November [8]. - The older the year - label of the quota, the firmer the quota price. As of December 5, 2025, the average transaction price of CEA24 was the lowest at about 59.04 yuan/ton, while CEA19 - 20 had the highest average transaction price at 75.13 yuan/ton [13] Nearly 9% Annual Turnover Rate and Increased Share of Listing Transactions - Thanks to "advance allocation" and "quota carry - over", the market trading activity continued to improve. As of December 5, 2025, the cumulative trading volume was about 194.23 million tons, the cumulative turnover was about 11.9 billion yuan, and the annual turnover rate was nearly 9%. The cumulative trading volume increased by about 53% year - on - year, and the turnover rate increased by 5.3 percentage points [15]. - Bulk agreement transactions still dominated, but the share of listing agreement transactions increased significantly, rising by about 11 percentage points year - on - year. The one - way call auction trading introduced in July was relatively inactive due to the rule setting and the market decline [17][19]. - CEA24 was the main trading target in 2025, accounting for about 71% of the trading volume as of December 5, 2025 [19] Four Key Policy Nodes Affected Market Trading Rhythm - The "rectification and volume increase" expectation in February was falsified as the 2023 compliance completion rate was high. The release of the expansion plan in March led to the release of forced - circulation quotas. The pre - allocation of quotas in April and the stable recovery of carbon prices doubled the market trading scale. The final allocation of quotas in August led to the largest concentrated trading volume of the year. The release of the quota plan for newly - included industries in November increased the potential demand, but the actual procurement demand was limited [21][24][25] 2026 Supply - Demand Outlook Power Generation Industry: Disassembling Macro - Emission Reduction Targets to Anchor the Downward Adjustment Path of Benchmark Values - China's attitude towards achieving the 2030 intensity target is relatively prudent, leaving room for policy adjustment. When setting the 2035 emission target, China took a relatively cautious attitude, leaving necessary strategic space for the implementation of the 2030 intensity target [33]. - Assuming 2025 as the peak - year, the average annual emission reduction rate of carbon dioxide from 2026 to 2035 needs to reach about 0.7% - 1.0%. In the neutral power generation growth scenario, the power generation emission intensity in 2026 needs to be reduced by at least about 1.1% - 1.4% compared with 2025. The estimated quota gap rate of the power generation industry in 2025 may expand to about 1.1% - 1.4%, corresponding to an annual gap of about 0.6 - 0.7 billion tons [38][39][44] CCER: Expanding Supply Capacity and Weakening the Upward Driving Force of Carbon Prices - The CCER market restarted in January 2022, but the project development rhythm was slower than expected in the early stage due to factors such as methodological disputes and the slowdown of project review and verification by the regulatory authorities [45]. - The CCER supply in 2025 was about 15 million tons, and about 5 million tons were used for 2024 compliance. The estimated market surplus at the end of 2025 was about 10 million tons [47][49]. - It is estimated that the new supply of CCER in 2026 will be 15 - 22.5 million tons, and the total supply of "new supply + inventory" is expected to reach about 25 - 32.5 million tons. If the CCER price returns to the normal range of "discount to CEA", it may significantly weaken the annual supply - demand contradiction in the national carbon market [52][53] 2026 Market Outlook - In 2026, the quota gap in the power generation industry may expand, but it will be partially offset by the increase in CCER supply. The market will continue to digest the past quota surpluses, but the decline in surpluses is limited [55]. - In the first half of 2026, the market may be in a "near - stagnant" state. The carry - over rule will still have a residual impact on the market, and the market confidence needs to be restored before the introduction of new policies [55][56]. - Under the existing policies, the carbon price is expected to rise moderately, but it is difficult to return to the historical high. If new policies can give the market a clear expectation of the emission reduction path, the carbon price is expected to break through the historical high [58]