锂：海外扰动再起，国内资源加大重视 20260304 摘要 2026 年储能与新能源汽车需求判断如何？需求节奏与潜在政策变量怎么看？ 进入 4 月后，伴随西北地区逐步进入开工状态、气温转暖，以及各省容量电价 逐步落地，储能项目有望进入开工与需求持续增长阶段，2026 年储能需求判 断不构成问题。下半年还可能存在"抢出口"带来的需求刺激，需求端整体不 担心。新能源汽车方面，销量更大的不确定在于节奏：是前低后高还是相对平 稳。政策端会观察销量情况；若 3 月自发购车行为未出现明显环比增长，后续 可期待政策端扶持。动力端中乘用车的边际贡献预期不设得过高：约 800GWh，若全年对应约 3TWh 左右，则占比为百分之二十多一些。需求增量 的核心仍在海外及国内商用车，以及储能（国内储能、欧美大储）。对乘用车 的判断是"不掉"，不认同市场偏悲观的同比下降预期。 供给端的节奏与矿端紧张情况如何？海外项目与发运数据反映了什么？ 碳酸锂 3 月排产环比增 20%+（强于季节性 10%），单月消费约 13- 14 万吨，供应端增量有限，维持去库支撑价格。 澳矿发运同比下降显示矿端仍偏紧，海外项目产出兑现需至 Q2 后半段； 津巴 ...

Summary of Conference Call Notes Company Overview - The company discussed is Anker Innovations, focusing on its valuation and market dynamics in the energy storage sector. Key Points Industry and Market Dynamics - The energy storage demand in Europe is expected to exceed expectations due to ongoing conflicts and policy changes, indicating a potential growth year in 2026 for household energy storage [1][2] - Multiple countries in Europe and Australia have initiated subsidies for household energy storage devices, which may provide additional support from a policy perspective [3] Valuation Insights - Anker's current valuation for 2025 earnings is less than 19x, and for 2026 earnings, it is projected at 16x, which is below the historical lower limit of 16.6x [2] - The company has reached its valuation lower limit of 16-17x three times in the past five years, primarily due to tariff disturbances [1] Tariff and Regulatory Factors - Recent improvements in U.S. tariff factors have been noted, with an effective tariff rate decreasing by approximately 5 percentage points, which reduces the risk premium on valuation [2] - The tariff situation is characterized as a "slight step down in high tariff structure" and a shift in regulatory tools, which may stabilize valuation risks [2] Long-term Growth Potential - Anker's direct exports to the U.S. have significantly decreased to 45%, and with a global production layout, the impact of tariffs on valuation is expected to diminish further [2] - The company is positioned to benefit from the growth in energy storage demand as a leading player in the solar storage market, despite previous performance being affected by high industry benchmarks and competition [4] Future Outlook - The company is advised to be monitored for potential dual growth opportunities in 2026, driven by both tariff improvements and increased energy storage demand [1]

国泰海通发布研报称，青海落地了114号文后首个储能容量电价，随着未来各省细则落地，全国经济性 走通可期，2026年储能需求高增可期，该行建议增持储能板块：1)受益于需求大好的储能系统和电池。 2)需求大好后，锂电材料或能量价齐增。 国泰海通主要观点如下： 青海容量电价出台，打响114号文后第一枪 2月25日，青海省发展和改革委员会发布《关于建立青海省发电侧容量电价机制的通知(征求意见 稿)》。此次公开征求意见自2026年2月25日起，至3月5日结束。对发电侧系统容量按贡献予以补偿，全 体工商业用户公平承担，建立发电侧容量补偿机制。全省合规在运公用燃煤发电，燃气发电，未纳入可 持续发展价格结算机制、不含新能源补贴的光热发电，服务于电力系统安全运行、未参与配储的电网侧 独立新型储能电站均适用于该机制。这是114号文后，第一个出容量电价的省份，未来随着各省细则出 台，全国性经济性跑通可期。 青海储能经济性走通 容量电价计算方法：容量电费=机组申报容量×容量供需系数×容量补偿标准。容量补偿标准2026年为 165元/(千瓦·年)，再乘以小时数/4。此前有的省份是/6，目前主流储能是2-4h，/4对比/6的机制给的更 ...

Investment Rating - The report maintains an "Overweight" rating for the basic chemical industry, indicating an expectation that the industry stock index will outperform the benchmark [2]. Core Insights - The demand for iron phosphate is expected to continue growing due to rapid increases in energy storage needs and ongoing expansions in downstream lithium iron phosphate production. This growth is anticipated to improve profitability for domestic iron phosphate companies as operating rates increase [4][6]. - The price of iron phosphate has entered an upward trend since the second half of 2025, driven by rising raw material costs such as ferrous sulfate and phosphoric acid, alongside increased demand from energy storage [5]. - The report highlights that companies utilizing the iron method for production will benefit significantly from the declining prices of iron powder, leading to expanded profit margins [5]. Summary by Sections Demand and Supply Dynamics - Domestic iron phosphate production capacity reached 4.82 million tons in 2025, a year-on-year increase of 5.7%, with production estimated at 2.96 million tons, up 56% year-on-year. The demand for lithium iron phosphate is projected to grow to 5.95 million tons in 2026 and 7.67 million tons in 2027, reflecting increases of 49% and 29% respectively [4]. - New production capacities for iron phosphate are planned at 1.88 million tons and 2.58 million tons for 2026 and 2027 respectively, indicating a positive outlook for terminal demand [4]. Price Trends and Cost Factors - As of February 6, 2026, the price of iron phosphate was reported at 11,630 CNY per ton, an 11% increase from the low of 10,500 CNY per ton in September 2025. This price increase is attributed to both rising storage demand and higher raw material costs [5]. - The production methods for iron phosphate include ammonium method, sodium method, and iron method, with the iron method expected to benefit more from the current market conditions due to its lower reliance on expensive raw materials [5]. Industry Outlook - The report anticipates that the growth in iron phosphate demand will positively impact the entire phosphate industry chain, particularly for upstream products like phosphate rock, yellow phosphorus, phosphoric acid, and industrial monoammonium phosphate, which are constrained by high energy consumption and resource attributes [6]. - Companies with integrated phosphate rock resources are expected to benefit significantly from the improving market conditions as new supply is limited by policy constraints [6].

Domestic Market - The capacity pricing mechanism is expected to be implemented in multiple provinces, marking a turning point for the economic viability of energy storage [1] - In regions like Inner Mongolia, Gansu, and Ningxia, stable supporting policies for energy storage are anticipated, with Gansu's independent energy storage IRR capital expected to reach 9.9% [1] - Domestic energy storage demand is projected to reach 154 GWh, 254 GWh, and 337 GWh in 2025, 2026, and 2027 respectively, representing year-on-year growth of 40.2%, 65.2%, and 32.5% [1] International Market - In the United States, the construction of data centers is driving rapid growth in energy storage demand, with 2025 being identified as the "demand year" for AIDC [1] - An additional 13 GW of data centers in the U.S. is expected to generate 10.7 to 25 GWh of energy storage demand in 2026 [1] - In Europe, there is a pressing need for flexible resources, improved business models, and a shift in subsidies, leading to a noticeable acceleration in large-scale energy storage development [1] Global Outlook - The global energy storage market is expected to see new installations of approximately 279 GWh, 423 GWh, and 563 GWh from 2025 to 2027, with year-on-year growth rates of 44%, 52%, and 33% respectively [1] - The recent large-scale power outages in Europe have created new demands for grid-connected energy storage, which may optimize the competitive landscape [1]

Group 1 - The core point of the article highlights the volatility in lithium carbonate futures prices, which reached a two-year high before experiencing a pullback, with the main contract closing at 161,900 yuan/ton, down 3.53% [1][2] - The price fluctuations are attributed to strong demand from leading lithium companies, while industry experts suggest that short-term supply-demand mismatches are the primary reason for price increases, making sustained price hikes difficult [1][3] - In 2025, lithium carbonate prices saw a significant rebound after hitting a low of 59,000 yuan/ton in June, climbing to a peak of 134,500 yuan/ton by December, and further rising to 174,100 yuan/ton in early 2026 [2][3] Group 2 - The production cost of lithium iron phosphate (LFP) materials has increased due to rising lithium carbonate prices, with estimates indicating that a 10,000 yuan/ton increase in lithium carbonate raises LFP production costs by 2,550 yuan/ton [4][5] - Major LFP companies are accelerating production expansion to capture market share in response to future demand growth, with significant investments planned for new production capacity [4][5] - The competition in the overseas market is intensifying, particularly with South Korean companies expected to launch substantial LFP battery projects in the U.S., potentially increasing pressure on Chinese exports [5] Group 3 - The cost pressures from rising lithium carbonate prices are impacting energy storage projects, with projections indicating that energy storage demand could continue to grow significantly, becoming a second growth driver for lithium demand [6][7] - The recent adjustments in export tax policies for battery products may have contributed to the short-term price increases of lithium carbonate, although the long-term trend remains uncertain [6][7] - The rising costs of core materials, including lithium carbonate, are expected to affect the overall cost structure of energy storage systems, with estimates suggesting that a 10% increase in battery costs could lead to a 3% rise in EPC costs and a decrease in internal rate of return [7]

Core Viewpoint - The battery sector is experiencing fluctuations, with solid-state battery and energy storage technologies gaining attention due to their potential growth and investment opportunities [1][3][4]. Group 1: Market Performance - On January 15, major indices declined, while the lithium battery sector showed signs of recovery, particularly in solid-state battery stocks [1]. - The Battery ETF (561910) has a solid-state battery content of 45% and energy storage content of 56%, showing an increase of 1.41% [1][7]. - Key stocks such as Zhongwei New Materials surged over 9%, while others like Xiamen Tungsten and Peking University Materials rose over 4% [1]. Group 2: Industry Trends - The demand for energy storage is being driven by the construction of self-built power plants by data centers in the U.S., with EIA data indicating a projected 23% increase in average wholesale electricity prices by 2025 [3]. - The solid-state battery industry is advancing, with a focus on overcoming technological challenges and achieving mass production by 2026 [4]. - NASA's recent report highlights the development of high-performance solid-state batteries for use in space missions by 2028, indicating significant advancements in this technology [3]. Group 3: Investment Insights - Tianfeng Securities emphasizes the importance of solid-state battery technology, predicting that 2026 will see a focus on production line construction and supply chain establishment [4]. - The projected demand for power and energy storage batteries is expected to reach 1,872 GWh and 2,236 GWh in 2025 and 2026, respectively, marking year-on-year increases of 45% and 25% [5]. - The solid-state battery competition is primarily concentrated in China, Japan, South Korea, and the U.S., with small-scale production expected to begin in these regions within the next two years [4].

Investment Rating - The report indicates a positive outlook for the energy storage and lithium battery materials industry, highlighting significant growth potential and recovery in profitability [2]. Core Insights - The energy storage battery segment is expected to lead market growth, with global shipments projected to reach 874 GWh by 2026, representing a 46% year-on-year increase. The demand for lithium iron phosphate batteries is anticipated to strengthen, increasing its market share to 82% [3][18]. - The supply-demand dynamics for key lithium battery materials are set to improve overall, with lithium hexafluorophosphate and separators experiencing a clear recovery in supply-demand balance, while lithium iron phosphate and related materials are in a mild recovery phase [4][52]. - The lithium carbonate industry is projected to reach a critical supply-demand inflection point by 2027-2028, with demand expected to grow at a compound annual growth rate of 18% from 2025 to 2028 [8]. - The solid-state battery materials sector is entering a phase of technological breakthroughs, with significant advancements expected in commercial viability and material innovation [9]. Summary by Sections Downstream Battery Segment - Energy storage batteries are projected to be the main growth driver, with global shipments expected to reach 874 GWh in 2026, a 46% increase year-on-year. The source-side energy storage is anticipated to contribute significantly to this growth [3][10]. - The total shipments of power and energy storage batteries are expected to reach 2313 GWh by 2026, reflecting a 25% year-on-year growth [18]. Key Lithium Battery Materials - The supply-demand balance for lithium hexafluorophosphate is expected to improve, with prices projected to rise due to increased demand and supply constraints [4][25]. - The separator industry is transitioning from oversupply to a tight balance, with demand growth expected to outpace supply growth significantly [4][52]. Lithium Carbonate Industry - Global lithium carbonate demand is projected to reach 188,000 tons LCE by 2026, with a significant drop in supply growth anticipated in 2027 [8]. Solid-State Battery Materials - The solid-state battery sector is expected to see breakthroughs in technology, with a focus on addressing key engineering challenges for commercialization [9]. Phosphate Mining and Lithium Iron Phosphate - The phosphate mining sector is expected to maintain high demand, driven by both traditional agricultural needs and new energy applications, with a projected increase in demand for phosphate rock [7][60].

Core Viewpoint - The price of lithium carbonate has surged at the beginning of the year due to expectations of supply tightening, with significant increases in both futures and spot prices [1][3][5]. Price Movement - On January 5, lithium carbonate futures led the non-ferrous metal sector with a rise of 7.74%, closing at 129,980 yuan/ton. The spot price for battery-grade lithium carbonate also reached a new high of 124,350 yuan/ton, increasing by 7,100 yuan from the previous day [3][4]. Supply and Demand Dynamics - Market analysts attribute the rising prices to a strong expectation of supply contraction, with the lithium market shifting from an oversupply to a tight balance due to increasing demand from energy storage [5][6]. - Lithium carbonate inventory has been declining for 19 consecutive weeks, indicating strong demand. As of December 2025, lithium salt plant inventories were reported at 603,000 tons, with an average inventory turnover of 50.4 days [6]. Future Supply Projections - Forecasts suggest that domestic lithium carbonate supply will increase by nearly 59% in 2026 due to the ramp-up of production from domestic salt lakes and the resumption of operations at Jiangxi lithium mines. Global lithium carbonate production is expected to reach 2.13 million tons, with an increase of 460,000 tons year-on-year [6][7]. Demand Growth - The demand for lithium carbonate is projected to grow significantly, with energy storage battery demand expected to add 250,000 tons, a 60% increase year-on-year. In contrast, demand from power batteries is expected to grow by 25% [7]. - The share of products sold to energy storage customers is approaching 50%, indicating a shift in market focus towards energy storage applications [7]. Industry Activity - The rising lithium carbonate prices have spurred increased merger and acquisition activity within the industry, with companies like Hualian Holdings and Salt Lake Co. actively acquiring lithium resources [7][8]. - Salt Lake Co. is expected to increase its lithium carbonate production capacity to 9,500 tons per year following its acquisition of a controlling stake in a lithium salt project [8].

Core Viewpoint - The lithium industry is currently experiencing a downturn due to oversupply, leading to a significant drop in lithium prices, but a potential recovery is anticipated by 2025 driven by strong demand in energy storage and electric vehicles [1][6][12] Industry Status: Low Point with Signs of Recovery - The lithium industry is in a "winter period" from 2023 to mid-2025, with an overall operating rate around 50% and many high-cost projects either ceasing operations or enduring losses [1] - Lithium prices have dropped over 89% during this downturn, with some projects facing existential threats [1] - As of November 20, 2025, lithium carbonate weekly output reached 22,000 tons, a 3% month-on-month increase, indicating a recovery in supply and demand [3] - Inventory levels for lithium carbonate are at historical lows, with a total of 118,000 tons, down 2,052 tons from the previous period [3] 2025 Market Dynamics - The lithium carbonate market is expected to show a volatile pattern in 2025, with prices initially declining from 73,900 yuan/ton to 59,000 yuan/ton, a drop of 20.11%, before rebounding to a peak of 126,800 yuan/ton in the second half of the year [4] - The demand for lithium carbonate is projected to reach 1.45 million tons in 2025, driven by a 65% year-on-year increase in domestic lithium iron phosphate production [6][8] 2026 Supply and Demand Outlook - The lithium industry is expected to transition from oversupply to a balanced state due to unexpected growth in energy storage demand and the continued rollout of new electric vehicle applications [6] - Energy storage demand is projected to reach 345,000 tons of lithium carbonate in 2025, with expectations of exceeding 500,000 tons in 2026, marking a tenfold increase from 2021 [6] - The global lithium supply is estimated at 1.57 million tons LCE in 2025, with further increases expected in 2026, leading to a narrowing of the oversupply to approximately 30,000 tons [8][10] Price Support Factors - Key factors supporting lithium prices include historically low inventory levels, strong growth in demand from energy storage and electric vehicles, and a willingness among mining companies to maintain price levels [11] - The lowest lithium price in 2025 was 58,000 yuan/ton, which has already impacted high-cost projects, but with improved processing profits, production enthusiasm is expected to rise [11] - Predictions indicate that lithium prices in 2026 will range between 70,000 and 130,000 yuan/ton, with a gradual upward shift in price levels as the industry moves towards a tighter balance [11] Industry Cycle and Valuation - The lithium industry is entering a recovery phase after a prolonged downturn, with historical comparisons suggesting that recovery to profitability may take time [12] - Current valuations for lithium-related companies are at historical lows, indicating significant potential for valuation recovery as profit expectations improve [12] - Leading companies such as Ganfeng Lithium and Tianqi Lithium are expected to benefit the most from any price rebounds, with current price-to-book ratios significantly below historical averages [12]