Core Viewpoint - Yongtai Energy has made substantial progress in the full industry chain layout of vanadium flow battery energy storage since its commitment to the energy storage sector [2] Resource Aspect - The company possesses a vanadium pentoxide resource amounting to 158.89 million tons, providing essential upstream support for its energy storage business [2] Technology Aspect - The company's Singapore-based subsidiary, Vnergy, has developed the world's first generation of solid-state capacity-enhancing materials, which have reduced the cost of positive electrolyte by 40% to 60% and expanded the operational temperature range to 5°C to 70°C, significantly improving environmental adaptability while being fully compatible with existing stacks [2] - The self-developed 32kW-level stack product has completed iteration, achieving a current density of 167 mA/cm² and maintaining an energy efficiency of over 80%, with core performance indicators reaching advanced domestic levels [2] - Continuous innovation in battery management systems and key component structures has led to a total of 42 patents, including 29 invention patents [2] Project Aspect - The first MW-level energy storage station, the Nanshan integrated solar-storage energy station, developed using the company's core technology, has been operational for over a year, successfully validating the reliability of the technology and the commercial model [2]

作为中国平煤神马集团在新能源新材料产业的核心运营平台，易成新能积极突破传统光伏产业，围 绕"高端碳材、新型储能"双轮驱动战略，围绕产业链上下游及核心产品，积极开展战略重组与产业并 购，推动企业快速做强做优做大，实现高质量转型。 2025年3月，易成新能收购山西梅山湖科技有限公司约65.55%股权，有效扩大高端碳材产能、降低生产 成本，进一步巩固主业竞争优势。随后，该公司又以自有资金收购控股股东所持河南平煤神马储能有限 公司80%股权，为易成新能加码新型储能赛道注入强劲动力。同时，通过增资子公司中原金太阳，加强 风光电站建设，深化"源网荷储一体化"项目布局。此外，易成新能还收购了开封时代新能源科技有限公 司部分股权，依托其先进的全钒液流电池核心技术，助力储能业务提质增效、抢占行业先机。 近日，2025中国经济高峰论坛暨第七届中国上市公司品牌500强发布会在北京举行，中国平煤神马集团 所属河南易成新能源股份有限公司（以下简称"易成新能"）凭借显著的战略转型成效与突出的行业影响 力，成功跻身榜单，成为河南省新能源领域唯一入榜企业。其党委书记、董事长杜永红获评"2025上市 公司品牌十大创新人物"，彰显了企业转型实力 ...

同时，西宁开发区着力构建"本地制造、本地应用"的良性格局。通过政企协同，推动省级储能电站、电 网侧储能及"源网荷储"一体化示范项目等重点场景优先采用本地龙头企业产品；在公共交通车辆更新 中，鼓励采购搭载本地电芯的新能源汽车；积极拓展物流配送、应急保障、工商业储能等多元场景，推 广使用本地动力及储能电池，以市场应用牵引产业发展。 西宁开发区以全生命周期服务保障为核心，按照签约、开工、投产梯次推进模式，夯实储能产业基础。 目前，正全力推动储能制造基地、数码电池生产线等重点项目签约落地，加快确保火电机组配套储能、 20万吨磷酸铁锂正极材料等延链补链项目年内开工，并着力保障智慧储能产业园、6吉瓦时稀土锂电池 及PACK生产线等龙头项目建成投产，以期尽快释放产能、形成规模优势，实现储能制造板块质效双 升。 围绕构建协同高效的产业生态，西宁开发区积极补链强链。在配套环节，加大招引电池安全监测、储能 系统集成等企业力度，加速推进相关系统集成项目落地，完善上下游配套。面向技术前沿，提前布局钠 离子电池、全钒液流电池等新兴领域，加快对接钠电池电芯生产、固态电池智能制造等项目，推动产业 向技术高端化、产品多元化转型，抢占未来发展 ...

Core Insights - The battery industry is entering a phase of "de-involution" as government policies aim to optimize capacity planning and regulate market competition, signaling an end to the era of disorderly growth in battery production [1][2]. Group 1: Policy Changes - A joint meeting by four government departments emphasized the need to optimize capacity planning and avoid overcapacity risks in the battery sector [1]. - The Ministry of Finance and the State Taxation Administration announced a phased reduction of the export VAT rebate for battery products, decreasing from 9% to 6% from April 1, 2026, and completely eliminating it by January 1, 2027 [1][2]. - The phased approach to the export VAT rebate aims to provide a transition period for the industry, allowing for the orderly exit of low-quality production capacities [3][4]. Group 2: Industry Challenges - The reduction in export rebates is expected to increase export costs for companies, particularly affecting small and medium-sized enterprises that rely on low-price strategies [2][6]. - Current production capacity in China's battery sector exceeds 3000 GWh, while actual demand is projected to be around 1500 GWh by 2025, leading to low utilization rates [2][3]. - The price of storage systems has dropped by 80% over three years, with some battery export prices falling below production costs, resulting in negative profit margins for certain companies [2]. Group 3: Market Dynamics - Despite challenges, the demand for electric and storage batteries remains strong, with expectations for the share of storage batteries to increase from one-quarter to potentially one-half of the market [3][4]. - The new policies are expected to accelerate industry consolidation, pushing companies to focus on technological innovation and brand strength rather than price competition [2][3]. - The upcoming changes may lead to a surge in exports as companies rush to ship products before the rebate reduction takes effect, potentially causing supply chain strains [5][6]. Group 4: Globalization and Competitive Landscape - The shift away from subsidy dependence is anticipated to enhance the competitive edge of Chinese battery companies in the global market, focusing on technology, branding, and supply chain integration [9][10]. - Companies are expected to adapt by strengthening international collaborations and optimizing production strategies to mitigate the impact of rising costs due to the rebate changes [10][11]. - The long-term outlook suggests that the balance of supply and demand will increasingly depend on global market needs and technological advancements rather than just domestic production capacity [4][10].

Core Viewpoint - The green electricity direct connection model is becoming an effective solution to address challenges in energy transition, with 11 provinces in China now mandating energy storage configurations for green electricity direct connection projects [4][15][22]. Policy Developments - As of now, 15 provinces have released formal documents or drafts regarding green electricity direct connection, with 11 provinces explicitly requiring energy storage configurations [4][15]. - The core principle established by the National Development and Reform Commission and the National Energy Administration emphasizes enhancing flexibility through reasonable energy storage configurations [4][15]. Common Requirements - All provinces adhere to the "source determined by load" principle, mandating that the annual self-consumption of renewable energy must account for at least 60% of the total available generation, with a target of 35% by 2030 [16][22]. - The policies reflect a combination of common baseline requirements and innovative local adaptations, ensuring projects achieve source-load balance through energy storage [16][22]. Regional Innovations - Different provinces are adopting unique paths; for instance, Zhejiang mandates a minimum energy storage duration of 4 hours and allows energy storage projects equal market trading rights [5][16]. - Inner Mongolia integrates energy storage with green hydrogen and zero-carbon park development, while Shandong and Hubei leverage electricity spot market advantages to allow energy storage participation in peak-valley arbitrage [6][16]. Market Response - The policies from 11 provinces are a precise response to market demands and industry pain points, as global carbon constraints shift from initiatives to hard regulations [17][18]. - The renewable energy installed capacity in China reached 2.22 billion kilowatts by October 2025, increasing pressure on traditional grid consumption [17]. Case Studies - The green electricity direct connection model has shown significant benefits, such as a 15%-20% reduction in production costs for the green aluminum industry in Yunnan, enhancing its competitiveness in international markets [20]. - The first "point-to-point" direct supply data center in Inner Mongolia achieved over 85% green electricity usage, demonstrating the model's effectiveness in reducing carbon emissions [20]. Technological Advancements - The proliferation of various energy storage technologies, such as all-vanadium flow batteries and sodium-ion batteries, is expanding application boundaries and improving economic viability [21][22]. - The global price of energy storage systems is projected to decrease by 31% by 2025, further supporting the economic feasibility of energy storage configurations [21]. Future Outlook - As pilot explorations begin in cities like Beijing and Shanghai, the green electricity direct connection model is expected to see broader implementation across more provinces [23]. - With improvements in electricity market mechanisms and energy storage pricing policies, energy storage will become a standard feature of green electricity direct connection projects, facilitating large-scale deployment [23].

Core Viewpoint - The company aims to enhance its operational performance and profitability by focusing on "strong main business, structural adjustment, and cost reduction" through various channels by 2026 [1] Group 1 - The company is committed to improving its business conditions and profitability to provide better returns to investors [1] - The company is actively expanding its market presence in the vanadium flow battery business [1] - The company advises stakeholders to refer to its designated information disclosure media for updates on orders and operational conditions [1]

Core Viewpoint - The company is actively advancing its new vanadium flow battery energy storage business, with ongoing optimization of production lines and successful operation of its first MW-level energy storage station. Group 1: Business Development - The company is leveraging domestic and international technology teams for continuous innovation and technological iteration in its vanadium flow battery storage projects [1] - The first MW-level energy storage station, the Nanshan integrated solar-storage power station, has been successfully commissioned and is operating well [1] Group 2: Revenue and Market Strategy - The company is preparing for commercializing its products in anticipation of the accelerated industrialization of vanadium flow batteries [1] - The projects are expected to generate good returns once they are put into production [1]

Core Viewpoint - The price of lithium carbonate futures has surged past 150,000 yuan per ton, indicating strong market demand and potential investment opportunities in the lithium sector [1][2]. Group 1: Market Performance - As of January 12, all lithium carbonate futures contracts were locked, with the main contract 2605 rising by 9% to 156,100 yuan per ton [2]. - The current market price for battery-grade lithium carbonate ranges from 141,500 to 154,800 yuan per ton, reflecting an increase of 8,550 yuan compared to the previous trading day [3]. Group 2: Policy Impact - The Ministry of Finance and the State Administration of Taxation announced a reduction in the export tax rebate rate for battery products from 9% to 6% starting April 1, 2026, with a complete cancellation of the rebate from January 1, 2027 [3]. - This policy may influence the export rhythm of downstream battery companies, potentially leading to a "rush to export" behavior before the tax rate adjustment [5]. Group 3: Historical Context - The lithium battery industry has experienced two significant price fluctuation cycles since 2010, with lithium carbonate prices peaking at 180,000 yuan per ton in 2019 before dropping to 48,000 yuan per ton by the end of that year [6][7]. - The second wave of price fluctuations began in 2020, with prices reaching nearly 600,000 yuan per ton in 2022 due to high demand and profit margins, followed by a sharp decline to around 60,000 yuan per ton amid oversupply [7]. Group 4: Supply and Demand Dynamics - Since mid-September 2025, lithium carbonate prices have nearly doubled, driven by multiple factors including regulatory signals and production issues in key mining regions [8][9]. - The demand for lithium carbonate has exceeded expectations, particularly in the traditional peak seasons, with significant growth in the energy storage sector [9][10]. - Recent increases in operating rates among phosphate lithium enterprises have further boosted demand, leading to a temporary supply shortage and ongoing inventory depletion [10]. Group 5: Future Outlook - The market is expected to face fluctuations due to simultaneous upstream maintenance and the traditional off-peak season from late January to February [10]. - The adjustment of the export tax policy may add uncertainty to short-term demand patterns, with potential for continued inventory reduction during the traditional off-peak period [10].

Core Viewpoint - The adjustment of export tax rebate policies for photovoltaic and battery products is expected to increase export costs for battery companies, potentially leading to a short-term "rush to export" and promoting long-term industrial upgrades towards high-quality development [4][5]. Summary by Sections Export Tax Rebate Policy Changes - From April 1, 2026, the export VAT rebate for photovoltaic products will be canceled. For battery products, the export VAT rebate rate will be reduced from 9% to 6% from April 1, 2026, to December 31, 2026, and will be completely canceled starting January 1, 2027 [5][6]. Affected Products - The battery product list includes lithium primary batteries and battery packs, lithium-ion batteries, and all-vanadium flow batteries [3]. Implications for Battery Companies - The changes in export tax rebate policies may increase export costs for battery companies, which could lead to a surge in exports in the short term. In the long term, this may drive the industry towards upgrades and high-quality development [4].

"与锂电池'时充时放'不同，全钒液流电池是4—12小时储能领域的'耐力王'。"三峡集团所属科学技术研 究院综合能源技术研究中心研究员毕然进一步解释说。吉木萨尔电站可维持5小时的储能时长，与我国 新型储能项目平均2.2小时的储能时长相比，技术优势明显。 不仅如此，全钒液流电池无燃爆起火风险，循环寿命超20年，电解液可循环利用，环保又经济。 中国长江三峡集团有限公司（以下简称"三峡集团"）新疆吉木萨尔全钒液流储能电站（以下简称"吉木 萨尔电站"）日前实现全容量投产运行。这是我国规模最大的全钒液流电池储能电站，位于新疆维吾尔 自治区昌吉回族自治州吉木萨尔县，额定功率20万千瓦，储能规模100万千瓦时，配套建设了装机容量 达100万千瓦的光伏电站。 电站由储能单元、能量转换单元和动力系统等组成，充电时电能驱动钒离子发生反应，将能量以化学形 式储存于液体中；放电时，过程则反向进行，储存的化学能被重新转化为电能，稳定输出到电网，整个 过程高效、可控。 "全钒液流储能技术具有循环寿命长、安全性高等特点，特别适合大规模、长时间储能的应用场景。"三 峡集团新疆分公司吉木萨尔全钒液流光储一体化项目经理邓富彬说。 "我们将努力形成 ...