Core Insights - The article discusses a significant transformation in China's energy sector marked by two nationwide experiments, indicating the beginning of a large-scale era in vehicle-to-grid (V2G) technology [1][2] Group 1: Overview of V2G Technology - V2G technology is enabling electric vehicles to transition from being mere consumers of energy to becoming essential producers and consumers within a new power system [1] - The first large-scale validation during the National Day holiday in October 2025 and the subsequent exploration in late November serve as critical tests for the capabilities of V2G technology [1][2] Group 2: National Validation Activities - The National Day validation event aimed to test the State Grid's smart vehicle networking platform, which successfully aggregated resources from 19 provincial electric vehicle companies and 19 operators, covering 30,000 public charging piles and 484 V2G charging piles [4] - The platform demonstrated its ability to manage over 3,000 MW of resources, achieving a maximum discharge power of 1.2 MW, validating its capability for precise load control across different regions [4] Group 3: User Engagement and Economic Incentives - The validation activities significantly lowered participation barriers for users, with the V2G order share increasing from an average of 9.10% to 28.56% during the event, driven by economic incentives [5] - User feedback highlighted the convenience and cost-effectiveness of participating in V2G activities, indicating a successful initial engagement with early adopters [5] Group 4: Challenges and Future Directions - Despite initial successes, challenges remain, including the need for sustainable business models, standardization of communication protocols, and addressing user concerns regarding battery management and financial processes [6][12] - The second phase of activities focused on value extraction, with significant increases in participation and discharge volumes, indicating a growing recognition of the value of electric vehicles as a resource for grid stability [7][8] Group 5: Ecosystem Development - The future of V2G technology requires collaboration across technology, standards, market mechanisms, and policies to create a sustainable ecosystem [12][13] - Establishing unified communication standards and a comprehensive business model is essential for the long-term viability of V2G initiatives [12][13] Group 6: Conclusion and Vision - The article concludes that the transformation in energy consumption patterns is underway, moving towards a more flexible and interactive energy system where electric vehicle owners can actively participate and benefit from energy production and consumption [17] - The successful validation of V2G technology indicates a promising future for a more resilient and green energy ecosystem, emphasizing the importance of user experience and satisfaction in scaling these initiatives [15][17]

Core Viewpoint - The energy storage sector is experiencing significant market fluctuations, with optimistic expectations for demand and supply in the coming year, driven by supportive policies and a clearer business model for independent energy storage [1][2]. Demand Side - The introduction of independent energy storage policies and shared electricity pricing has led to a 2-3 times growth in independent energy storage [1]. - The domestic renewable energy consumption issue must be addressed through energy storage, as current renewable energy installations are close to 40%, but actual generation is only 20%, indicating a high long-term demand for energy storage [2]. - The demand for energy storage is also surging in overseas markets, particularly in the U.S. due to structural electricity shortages driven by AI developments and in Europe due to challenges in renewable energy consumption [2]. Supply Side - The past three years have seen profits in the renewable energy sector not favoring upstream companies, leading to weakened balance sheets and a lack of funds for capacity expansion [2]. - A tight supply situation for upstream materials, including lithium carbonate, is expected, which will help restore the financial health of these companies and enable them to gradually expand capacity to meet future demand [2]. Market Dynamics - The current energy storage market is characterized by a dual impact of demand and supply, with a strong sustainability in the fundamentals, potentially leading to a market explosion similar to that of 2019-2020 [3]. - Recent market fluctuations in lithium carbonate and lithium batteries are primarily driven by funding factors, with concerns about concentrated trading and profit-taking leading to adjustments in the sector [3]. - Despite potential minor adjustments, the probability of a significant downturn is low due to a strong supply-demand balance and a robust demand outlook [3]. Investment Opportunities - The most investment-worthy segments in the energy storage supply chain are those facing the tightest supply, such as lithium hexafluorophosphate, separators, lithium iron phosphate, and lithium carbonate, which are expected to exceed expectations [4]. - The supply chain dynamics indicate that upstream material segments are gaining increasing attention, and the focus should be on the most constrained supply areas [5].

风电头条获悉，12月17日，国家发展改革委办公厅、国家能源局综合司发布关于建立全国统一电力市场评价制度的通知。 文件指出，全国统一电力市场评价工作应结合市场建设情况开展多维度综合评价，重点围绕电力市场运营效果、市场作用发挥、经营主体可持续 性发展、市场竞争充分度四个方面开展评价。 登录新浪财经APP 搜索【信披】查看更多考评等级 （来源：风电头条） 文件还指出，市场为储能、虚拟电厂等新业态提供发展空间，推动民营企业参与，带动相关产业链成长，促进就业和能源新质生产力提升。 市场竞争充分度评价方面，要求电力市场实现统一开放，经营主体有序竞争，对不当市场竞争、报价异常及市场力滥用行为能够有效约束，电力 市场信用机制健全，能够对市场失信行为进行惩戒。 此外，自2026年起组织开展全国统一电力市场评价，制定市场评价标准。鼓励各地因地制宜按需开展电力市场评价工作。鼓励市场运营机构充分 发挥自身优势，开展市场量化评价，及时发现并反馈电力市场建设运营相关问题。 公告如下： 以习近平新时代中国特色社会主义思想为指导，全面贯彻党的二十大和二十届历次全会精神，按照完善全国统一电力市场体系要求，围绕加快构 建新型电力系统的总体目标， ...

Report Summary 1. Investment Rating The report does not provide an investment rating for the industry. 2. Core Viewpoints - In 2025, driven by the capacity compensation policy and the accelerated construction of the power market, the economy of domestic independent energy storage projects significantly improved, leading to strong growth in overall energy storage demand. The US and European markets continued their steady growth, and emerging markets such as the Middle East and Australia continued to expand. It is estimated that the global new installed capacity in 2025 will reach 271GWh, a year-on-year increase of 45%. The expected good terminal demand prompted enterprises to increase their inventory coefficients, and the annual battery cell shipments are expected to reach 550GWh, a year-on-year increase of 65% [2]. - Looking ahead to 2026, the high returns of independent energy storage are expected to continue, and the large-scale winning bids for domestic projects lay the foundation for demand. Under the neutral scenario, the domestic new installed capacity is expected to be 284GWh, and in the optimistic scenario, it can reach 325GWh, achieving a doubling growth. Overseas, the US may face certain pressure in the short term due to the cost increase brought by the "Big and Beautiful" Act and the unmanifested energy storage demand related to data centers. The new installed capacity is expected to be 50GWh, a year-on-year increase of 4%. Europe will benefit from the profitability improvement brought by grid investment and trading mechanism optimization, and the new installed capacity is expected to reach 43GWh, a year-on-year increase of 39%. Chile, Australia, the Middle East, and India are the main sources of incremental growth in emerging markets, and the total new installed capacity in emerging markets is expected to reach 87GWh, a year-on-year increase of 68%. Overall, in 2026, the global new energy storage installed capacity is expected to reach 505GWh in the optimistic scenario, a year-on-year increase of 86%; 464GWh in the neutral scenario, a year-on-year increase of 71%; and 368GWh in the rigid scenario, a year-on-year increase of 36% [3]. - In the context of high terminal demand, the probability of a significant reduction in the inventory coefficient is low. However, it is necessary to consider the overdrawn demand in some markets. The US has limited additional inventory space in 2026, and Australia faces a similar situation. A total of about 60GWh of additional inventory demand needs to be deducted from the two regions. In 2026, the energy storage battery cell shipments are expected to reach 957GWh in the optimistic scenario, a year-on-year increase of 74%; 833GWh in the neutral scenario, a year-on-year increase of 52%; and 649GWh in the rigid scenario, a year-on-year increase of 18% [4]. 3. Summary by Directory 1. 2025 Energy Storage Market Review - **Domestic Market**: In 2025, from January to October, the new installed capacity of domestic new energy storage continued to grow rapidly. The new installed capacity of new energy storage reached 34.6GW/92.6GWh, a year-on-year increase of 42.6%. The proportion of grid-side energy storage increased to 60%, and the proportions of power source-side and user-side were 31% and 9% respectively. The price of energy storage continued to decline, but the decline has significantly narrowed. It is estimated that the new installed capacity of new energy storage in 2025 will reach 53.1GW/140GWh, a year-on-year increase of 31% [7][9]. - **Overseas Market**: The demand in overseas markets continued to be strong. From January to October 2025, China's energy storage battery cell exports reached 79.5GWh, a year-on-year increase of 86%. The US energy storage market maintained high-speed growth, and it is estimated that the new installed capacity in 2025 will reach 48GWh, a year-on-year increase of nearly 30%. The European energy storage market showed structural differentiation, with different performances in Germany, Italy, and the UK [13][19][26]. 2. Domestic Market: The Resonance of Rigid Demand for Consumption and Economy Opens Up the Upside Space for Installation - **Rigid Demand**: The continuous increase in the penetration rate of new energy has intensified the "duck curve" problem, and the ability of energy storage to regulate has become a rigid demand. The state has issued top-level documents to promote the consumption of new energy, and new energy storage is becoming a key tool to improve the consumption capacity of new energy. It is estimated that from 2026 to 2030, the installed capacity of new energy storage needs to reach 386GW, corresponding to an installed capacity of 1081GWh and an average annual installed capacity of 216GWh [32][34][36]. - **Economic Driving Force**: The driving logic of the domestic energy storage market has changed fundamentally. Independent energy storage has become the core driving force for the development of the domestic energy storage market. The economy of independent energy storage mainly comes from peak-valley spread arbitrage, auxiliary service market revenue, and capacity price compensation. The implementation of the capacity price compensation policy in multiple provinces will significantly improve the revenue level of energy storage projects [37][38][42]. - **Demand Outlook**: The energy storage bidding market has been active this year. It is estimated that the new installed capacity of energy storage in 2026 will be about 284GWh under the neutral scenario and about 325GWh under the optimistic scenario. The market generally expects that a national capacity price compensation policy will be introduced next year, and the compensation standard is expected to be linked to thermal power. Although the long-term demand in 2027 still has policy uncertainties, the trend of marginal improvement in the revenue of energy storage projects is clear [46][51]. 3. Overseas Market: The US is Under Pressure, While Europe and Emerging Markets Continue to Grow at a High Rate - **US**: The incremental installation of energy storage in the US in 2026 is expected to be limited. The "Big and Beautiful" Act may lead to an increase in manufacturing costs, which will suppress the demand in the US energy storage market to a certain extent. The revenue of energy storage projects in the US is facing downward pressure, and the new installed capacity may be slightly affected. The demand for energy storage in data centers has not been fully realized in the short term [54][55][59]. - **Europe**: The large-scale energy storage market in Europe is expected to continue to grow at a high rate in 2026, with the new installed capacity expected to reach 25GWh, a year-on-year increase of 54%. The post-meter energy storage market is showing a warming trend, with the new installed capacity of industrial and commercial energy storage expected to reach 6.9GWh, a year-on-year increase of 48%, and the new installed capacity of household energy storage expected to reach 10.7GWh, a year-on-year increase of 10% [63][67]. - **Emerging Markets**: The demand in emerging markets is booming, and the market increment is significant. The energy storage markets in Chile, Australia, the Middle East, and India are all expected to achieve rapid growth in 2026 [70][72][75]. 4. Demand Outlook: The Resonance of Domestic and Overseas Demand Accelerates the Release of Energy Storage Shipments - In 2025, the domestic demand continued to rise, the US and European markets maintained steady growth, and emerging markets such as the Middle East, Australia, and India continued to expand. It is estimated that the global new energy storage installed capacity in 2025 will reach 271GWh, and the battery cell shipments will reach 550GWh [80]. - In 2026, the domestic demand is expected to be further released, the US market is under short-term pressure, and the high growth rate of Europe and emerging markets is expected to continue. In the optimistic scenario, the global new energy storage installed capacity is expected to reach 505GWh; in the neutral scenario, it is expected to reach 464GWh; and in the rigid scenario, it is expected to reach 368GWh. The battery cell shipments are expected to reach 957GWh in the optimistic scenario, 833GWh in the neutral scenario, and 649GWh in the rigid scenario [80][82].

Core Viewpoint - The successful operation of the 750 kV transmission project of the Xiwangzhai coal-electricity integration project enhances energy supply and efficiency in the Shaanxi region, supporting regional economic development and sustainable energy utilization [1][2]. Group 1: Project Overview - The 750 kV transmission project consists of two segments: one from Xiwangzhai Power Plant to Qingshuichuan Power Plant, and the other from Xiwangzhai Power Plant to the ±800 kV Shanbei converter station [1]. - The project includes the construction of 130 new transmission towers over a total length of 63.422 kilometers, serving as a crucial power source for the Shaanxi-Hubei ±800 kV UHVDC transmission project [1]. Group 2: Operational Impact - The project alleviates output limitations for the second and third phases of the Qingshuichuan Power Plant, releasing 800 MW of capacity and expected to generate an additional 10 billion kWh of electricity annually [2]. - It enhances the overall transmission efficiency of the Shaanxi-Hubei ±800 kV UHVDC project, contributing to regional energy supply stability, promoting renewable energy consumption, and optimizing energy resource allocation [2].

12月15日，2026年全国能源工作会议在北京召开。会议提到，要扎实推进能源绿色低碳转型。持续提高 新能源供给比重，全年新增风电、太阳能发电装机2亿千瓦以上，有序推进重大水电项目，积极安全有 序发展核电，加强化石能源清洁高效利用。 厦门大学中国能源政策研究院院长林伯强向第一财经记者表示，能源绿色低碳转型关键在于构建新型能 源系统，即以风电、光伏等清洁能源为主导。但目前，清洁能源发展面临的主要瓶颈是消纳难题。 为解决消纳难题，今年10月份，国家发改委、国家能源局印发的《关于促进新能源消纳和调控的指导意 见》（下称《指导意见》）提出，到2030年，协同高效的多层次新能源消纳调控体系基本建立，持续保 障新能源顺利接网、多元利用、高效运行，新增用电量需求主要由新增新能源发电满足。同时，新型电 力系统适配能力显著增强，系统调节能力大幅提升，电力市场促进新能源消纳的机制更加健全，跨省跨 区新能源交易更加顺畅，满足全国每年新增2亿千瓦以上新能源合理消纳需求。 长期以来，新能源消纳工作主要聚焦于省内集中式新能源，随着新能源开发模式日益多元，《指导意 见》提出将新能源开发消纳划分为5类，统筹"沙戈荒"新能源基地外送与就地消纳， ...

目前，清洁能源发展面临的主要瓶颈是消纳难题。 12月15日，2026年全国能源工作会议在北京召开。会议提到，要扎实推进能源绿色低碳转型。持续提高 新能源供给比重，全年新增风电、太阳能发电装机2亿千瓦以上，有序推进重大水电项目，积极安全有 序发展核电，加强化石能源清洁高效利用。 厦门大学中国能源政策研究院院长林伯强向第一财经记者表示，能源绿色低碳转型关键在于构建新型能 源系统，即以风电、光伏等清洁能源为主导。但目前，清洁能源发展面临的主要瓶颈是消纳难题。 为解决消纳难题，今年10月份，国家发改委、国家能源局印发的《关于促进新能源消纳和调控的指导意 见》（下称《指导意见》）提出，到2030年，协同高效的多层次新能源消纳调控体系基本建立，持续保 障新能源顺利接网、多元利用、高效运行，新增用电量需求主要由新增新能源发电满足。同时，新型电 力系统适配能力显著增强，系统调节能力大幅提升，电力市场促进新能源消纳的机制更加健全，跨省跨 区新能源交易更加顺畅，满足全国每年新增2亿千瓦以上新能源合理消纳需求。 长期以来，新能源消纳工作主要聚焦于省内集中式新能源，随着新能源开发模式日益多元，《指导意 见》提出将新能源开发消纳划分为 ...

Overall Viewpoint - The central economic work conference emphasizes the need to adhere to "dual carbon" goals by 2026, promoting a comprehensive green transition and advancing energy-saving and carbon-reduction transformations in key industries [4] - The conference also highlights the importance of developing a national carbon emissions trading market and fostering new growth points such as hydrogen energy and green fuels, along with the establishment of zero-carbon parks and factories [4] - The investment opportunities in the green energy sector, including hydrogen, ammonia, methanol, green electricity, and energy storage, are expected to remain strong in 2026 [4] Group 1: Domestic Energy Storage - In November, domestic energy storage installations saw significant growth, with a total new installed capacity of 4.51 GW/13.03 GWh, representing a month-on-month increase of 57.14% (power) and 74.66% (capacity), and a year-on-year increase of 45.95% (power) and 49.6% (capacity) [5] - The independent energy storage bidding in 2026 is anticipated to maintain a favorable level, supported by the development of the industry and the establishment of a complete revenue model through energy markets [5] - The rapid increase in compressed air energy storage is noted in the recent bidding results [5] Group 2: Hydrogen, Ammonia, and Wind Power - The central economic meeting indicates a focus on cultivating hydrogen energy and green fuels as new growth points, with plans to build zero-carbon parks and factories [6] - The "14th Five-Year Plan" period is expected to benefit from both China's future industries and the EU carbon tariff, making hydrogen and ammonia promising directions for investment [6] Group 3: Lithium Batteries - The retail sales of new energy vehicles in the first week of December reached 185,000 units, a year-on-year decrease of 17% and a month-on-month decrease of 10%, indicating high policy sensitivity among consumers [7] - The central economic work conference's deployment to optimize "two new" policy implementations suggests the continuation of national subsidy policies to stimulate automotive consumption [7] - The lithium battery supply chain is expected to see a trend of improvement, with companies launching large capacity storage battery solutions aimed at cost reduction [7]

记者从国家电网有限公司西北分部了解到，白银至天都山第三回750千伏线路工程于12月14日21时18分 带电投运。该工程使甘肃省与宁夏回族自治区之间的电力交换能力提升至800万千瓦，增强了西北电网 甘肃和宁夏断面的送电能力，对于保障宁湘直流外送，促进新能源消纳具有重要意义。 国网西北分部相关负责人介绍，白银至天都山第三回750千伏线路工程是"十四五"国家重点建设项目"宁 夏—湖南±800千伏特高压直流输电工程"的配套工程，也是甘肃和宁夏两省区间的重要电力联络通道。 工程起于甘肃白银750千伏白银变电站，止于宁夏中卫750千伏天都山变电站，全线总长89.5公里，共组 立铁塔194基。"作为西北电网第22条跨省联络线，工程的投运助力西北电网省间交换能力突破3300万千 瓦。"国网西北分部生产技术部二级职员谭金红说。 白银至天都山第三回750千伏线路工程由国网西北分部投资。在建设过程中，国网西北分部与甘肃、宁 夏两省区电力公司明确工程管理职责界面，全面推广机械施工规模化应用，强化安全管控措施、规范作 业流程，并全面推行绿色施工工艺，确保工程顺利投产。（记者程楠） ...

交银国际研究 行业剖析 行业评级 领先 2025 年 12 月 5 日 新能源与公用事业行业 2026 年展望：行业"反内卷"之下多晶硅初见曙光，大储需求超预期 行业与大盘一年趋势图 资料来源： FactSet 12/24 4/25 8/25 12/25 -20% -10% 0% 10% 20% 30% 40% 行业表现 恒生指数 郑民康 wallace.cheng@bocomgroup.com (852) 3766 1810 文昊, CPA bob.wen@bocomgroup.com (86) 21 6065 3667 估值概要 | 公司名称 | 股票代码 | 评级 | 目标价 | 收盘价 | | -----每股盈利----- | ----市盈率---- | | | ----市账率---- 股息率 | | | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | | | | | | | FY25E | | | FY26E FY25E FY26E FY25E FY26E | | | FY25E | | | | | | ...