据报道，LG 新能源最初是与通用汽车合资在美国密歇根州兰辛设立工厂，到了 2025 年 5 月，LG 新能源收购了通用汽车持有的股份，从而已实现对该工厂 的全资控股。该基地年产能约 50GWh，是 LG 新能源在北美规模最大的电池生产设施之一。 IT之家 2 月 25 日消息，据韩媒 The Elec 报道，LG 新能源（LG Energy Solution）将在其美国密歇根州兰辛工厂为特斯拉公司生产用于储能系统的磷酸铁锂 （LFP）电池。 IT之家注意到，事实上早在去年 7 月，LG Energy Solution 曾披露一项总额达 5.94 万亿韩元的电池供货协议，合同期限为 2027 年 8 月至 2030 年 7 月。尽管 公司当时未公开客户名称，但行业消息普遍指向特斯拉为主要采购方。 当下，特斯拉的 Megapack 储能系统主要采用来自宁德时代的方形电池。此次特斯拉将从 LG 新能源美国工厂采购方形 LFP 电芯的消息，被外界视为特斯拉 强化其北美本土储能供应链布局的重要举措。 报道称，目前 LG 新能源正将兰辛工厂的部分产线改造为 LFP 储能电池生产线，新产线所需设备已完成下单，预计将于明年下 ...

韩联社2月22日报道，2022至2024年间，在韩国重点布局的11大领域、136项核心科学技术中，韩中两国 技术水平差距进一步拉大。战略技术领域，韩国曾唯一保持领先的二次电池也被中国反超。 韩国科学技术信息通信部近期向韩国家科学技术咨询会议提交一份《2024年度技术水平评估结果（草 案）》（下称《评估结果》）。其中显示，2022年，韩国在二次电池领域曾位居第一，当时领先0.9 年。但2024年评估显示，中国已跃居第一，韩国与中国之间形成0.2年的技术差距。 中科院网站介绍，二次电池，也被称为充电电池或蓄电池，通过可逆的化学反应来储存和释放电能，在 放电后可以通过充电再次使用。常见的二次电池有镍镉电池、铅酸（或铅蓄）电池、锂离子电池等，应 用于手机、笔记本电脑、电动车等领域。 本次评估围绕11个领域136项国家核心技术，对韩、中、日、欧、美5个国家和地区的论文与专利进行定 量分析，并结合1180名专家问卷调查的定性评价综合形成。 韩科学技术信息通信部绘制的五大经济体科技发展水平走势图 《评估结果》还显示，在2022年韩国位居第二的半导体与显示领域，2024年韩国落后美国0.7年、中国 落后美国0.8年。在技术水 ...

韩联社2月22日报道，2022至2024年间，在韩国重点布局的11大领域、136项核心科学技术中，韩中两国 技术水平差距进一步拉大。战略技术领域，韩国曾唯一保持领先的二次电池也被中国反超。 韩国科学技术信息通信部近期向韩国家科学技术咨询会议提交一份《2024年度技术水平评估结果（草 案）》（下称《评估结果》）。其中显示，2022年，韩国在二次电池领域曾位居第一，当时领先0.9 年。但2024年评估显示，中国已跃居第一，韩国与中国之间形成0.2年的技术差距。 中科院网站介绍，二次电池，也被称为充电电池或蓄电池，通过可逆的化学反应来储存和释放电能，在 放电后可以通过充电再次使用。常见的二次电池有镍镉电池、铅酸（或铅蓄）电池、锂离子电池等，应 用于手机、笔记本电脑、电动车等领域。 《评估结果》还显示，在2022年韩国位居第二的半导体与显示领域，2024年韩国落后美国0.7年、中国 落后美国0.8年。在技术水平占比上，韩国为91.2%，中国为91.5%，中国也实现反超。 这份报告还显示，在整体技术水平方面，以美国为100%计，欧盟为93.8%，中国为86.8%，日本为 86.2%，韩国为82.8%。2024年中国与美 ...

Core Viewpoint - UBS has significantly raised its lithium price forecasts, with increases up to 74%, and expects global lithium demand to double to 3.4 million tons by 2030 compared to 2025, marking the onset of a third lithium price supercycle [1]. Demand Side: Dual Drivers of Electric Vehicles and Energy Storage - UBS predicts a 14% increase in global lithium demand in 2026 and a 16% increase in 2027, with long-term demand expected to grow from 1.7 million tons in 2025 to 3.4 million tons by 2030, reflecting a compound annual growth rate of 13% before 2035 [2]. - Electric vehicle (EV) demand is projected to accelerate mid-term, with a forecasted global EV penetration rate of 58% by 2035, up from 23% in 2025, despite potential short-term slowdowns due to policy shifts in the U.S. [2]. - The demand for energy storage systems is surging, with UBS raising its 2026-2035 energy storage demand forecast by 30-53%, leading to an increase in lithium consumption share from 8% in 2020 to 42% by 2035 [2]. Supply Response: Growth but Still Insufficient to Meet Demand - Supply is responding but is lagging behind demand growth, with a projected 18% increase in primary supply in 2025, which is still below the 26% demand growth rate [5]. - UBS anticipates a 20% year-on-year increase in risk-weighted supply in 2027, with a 13% increase in 2028, but the market will remain tight due to strong demand growth [5]. - Recycled lithium supply is expected to account for 5.3% of battery demand in 2026, increasing to 6.7% by 2030, but remains a limited contributor [5]. Price Outlook: Significant Increases Yet Within Historical Ranges - UBS has raised its lithium spodumene and chemical price forecasts by up to 74%, with a 2026 spodumene price forecast of $3,131 per ton, significantly above market consensus [11]. - The 2027 price forecasts indicate continued strength, with spodumene at $3,469 per ton and lithium carbonate and hydroxide at $28,525 per ton, reflecting UBS's aggressive stance on supply-demand dynamics [11]. - Long-term price forecasts are more moderate, with spodumene prices expected to decline from $2,750 per ton in 2028 to $1,750 per ton by 2030 [11]. Market Balance: Shortages Supporting Prices - The market is experiencing increasing supply shortages, with an estimated shortfall of 15,000 tons in 2025 and an expected increase to 18,000 tons in 2026, which will support high prices [15]. - Inventory data shows a continuous decline in China's lithium carbonate inventory, indicating a tightening supply chain [15]. - A potential easing of the supply-demand gap is expected in 2027, with a forecasted surplus of 6,100 tons, but the market is projected to revert to shortages in 2029 and 2030 [15].

Core Viewpoint - UBS has significantly raised its lithium price forecasts, with increases up to 74%, and expects global lithium demand to double to 3.4 million tons by 2030 compared to 2025, marking the onset of a third lithium price supercycle [1]. Demand Side: Dual Drivers of Electric Vehicles and Energy Storage - UBS predicts a 14% increase in global lithium demand in 2026 and a 16% increase in 2027, with long-term demand expected to grow from 1.7 million tons in 2025 to 3.4 million tons by 2030, reflecting a compound annual growth rate of 13% before 2035 [2]. - Electric vehicle (EV) demand is projected to accelerate mid-term, with a forecasted global EV penetration rate of 58% by 2035, up from 23% in 2025 [2]. - The demand for energy storage systems is expected to surge, with UBS raising its 2026-2035 energy storage demand forecast by 30-53%, increasing its share of lithium consumption from 8% in 2020 to 42% by 2035 [2]. Supply Response: Growth but Still Insufficient to Meet Demand - Supply is responding but is lagging behind demand growth, with a projected 18% increase in primary supply in 2025, which is still below the 26% demand growth [5]. - UBS anticipates a 20% year-on-year increase in risk-weighted supply in 2027, with a 13% increase in 2028, but the market will remain tight due to strong demand growth [5]. - Recycled lithium supply is expected to account for 5.3% of battery demand by 2026, increasing to 6.7% by 2030, but remains limited [5]. Price Outlook: Significant Increases Yet Within Historical Ranges - UBS has raised its lithium spodumene and chemical price forecasts by up to 74%, with a 2026 spodumene price forecast of $3,131 per ton, significantly above market consensus [9]. - The 2027 price forecast indicates continued strength, with spodumene at $3,469 per ton and lithium carbonate and hydroxide at $28,525 per ton, reflecting UBS's aggressive stance on supply-demand dynamics [9]. - Long-term price forecasts are more moderate, with spodumene prices expected to decline from $2,750 per ton in 2028 to $1,750 per ton by 2030 [9]. Market Balance: Shortage Situation Supporting Prices - The market is experiencing increasing supply shortages, with a projected shortfall of approximately 15,000 tons in 2025 and 18,000 tons in 2026, which will support high prices [13]. - Inventory data shows a continuous decline in China's lithium carbonate inventory, indicating a tightening supply chain [13]. - A potential market surplus of about 61,000 tons is expected in 2027, but shortages are anticipated to return in 2029 and 2030, with deficits of 63,000 tons and 87,000 tons, respectively [13].

Core Insights - The article emphasizes the critical role of energy in driving civilization and highlights the ongoing revolutionary energy transformation, comparable to historical shifts from hunting-gathering to agriculture [2][3]. Group 1: Energy Transition - The energy revolution is catalyzed by declining costs, making sustainable energy solutions economically viable in certain scenarios, surpassing traditional energy sources [3]. - In the past decade, the costs of lithium iron phosphate (LFP) batteries and solar energy have decreased by approximately 80% [3]. Group 2: Company Initiatives - In June 2024, CATL established a zero-carbon energy division to transition from a traditional battery manufacturer to a provider of renewable energy solutions [4]. - CATL's "solar + storage" systems have been deployed in Chile and the Democratic Republic of Congo, providing power at one-fourth the cost of diesel generators [4]. - In Pakistan, the combination of distributed solar growth and CATL's storage solutions has halved electricity costs for local cement factories [4]. Group 3: Future Outlook - Despite advancements, CATL acknowledges significant gaps remain in achieving a fully sustainable energy system, with many key technologies still underdeveloped [5]. - CATL plans to promote sustainable energy solutions globally through a technology licensing model, facilitating rapid establishment of battery factories [5]. - The company proposes the creation of "zero-carbon economic zones" to streamline building and equipment regulations, enhancing product affordability [5]. - Future energy system trends are predicted to be distributed, intelligent, and circular, with 2030 marked as the beginning of the sustainable energy era [5].

Core Viewpoint - The article emphasizes the critical role of energy in driving civilization and highlights the ongoing energy revolution, which is transitioning from fossil fuels to renewable energy sources like wind and solar power [2][3]. Group 1: Energy Revolution - The energy revolution is compared to historical shifts in human civilization, marking a transition from fossil energy to renewable sources [2]. - The cost reduction in sustainable energy solutions is a key catalyst for this revolution, making them economically viable compared to traditional energy sources [3]. Group 2: Market Trends and Predictions - By 2025, China's new power generation capacity is expected to reach 550 million kilowatts, with wind and solar accounting for 440 million kilowatts, representing 80.2% of the total new capacity [3]. - The share of renewable energy sources in new electricity consumption is projected to be 97.1%, indicating a significant shift towards green energy [3]. Group 3: Technological Advancements - The cost of lithium iron phosphate (LFP) batteries and solar energy has decreased by approximately 80% over the past decade, facilitating the transition to renewable energy [4]. - Despite advancements, there is still a considerable gap in achieving a fully sustainable energy system, with only about 30% of key technologies currently developed [4]. Group 4: Global Collaboration and Solutions - Ningde Times aims to promote sustainable energy solutions globally through a technology licensing model, which has already been implemented in collaboration with Ford in the U.S. [4]. - The establishment of "zero-carbon economic zones" is proposed to facilitate the sharing of best practices and regulatory frameworks similar to those in China [5]. Group 5: Future Energy Trends - The future energy system is predicted to evolve towards three main trends: distributed generation, intelligence, and circular economy, with 2030 being identified as the beginning of the sustainable energy era [6].

Core Viewpoint - The energy sector is undergoing a revolutionary transformation, comparable to historical shifts in human civilization, driven by the transition from fossil fuels to renewable energy sources like wind and solar power [1][2]. Group 1: Energy Revolution - The energy revolution is catalyzed by decreasing costs, making sustainable energy solutions economically viable in certain scenarios, transitioning from policy-driven to market-driven adoption [2]. - The cost of lithium iron phosphate (LFP) batteries and solar energy has decreased by approximately 80% over the past decade, according to the International Energy Agency (IEA) and Bloomberg New Energy Finance (BNEF) [2]. Group 2: Company Initiatives - In June 2024, the company established a zero-carbon energy division to shift from a traditional battery manufacturer to a provider of renewable energy solutions [3]. - The company has deployed "solar + storage" systems in Chile and the Democratic Republic of Congo, reducing operational costs to about one-fourth of diesel generators [3]. - In Pakistan, the combination of distributed solar growth and the company's storage solutions has halved electricity costs for local cement factories [3]. Group 3: Future Trends and Strategies - The company acknowledges that significant gaps remain in achieving a fully sustainable energy system, with only about 30% of key technologies currently developed [3]. - To accelerate the energy transition, the company plans to promote sustainable energy solutions globally through a technology licensing model, which has already been implemented in collaboration with Ford in the U.S. [3]. - The company proposes the establishment of "zero-carbon economic zones" to facilitate the circulation of best practices and regulatory frameworks similar to those in China [4]. - Future energy system trends are predicted to be distributed, intelligent, and circular, with 2030 marked as the beginning of the sustainable energy era [4].

胡定坤 日前，美国众议院中国事务特别委员会主席约翰·穆勒纳尔致信美国福特汽车公司首席执行官吉姆·法 利，就福特与宁德时代等中国电池企业的合作情况进行质询。信中污蔑中国严重威胁美国供应链独立性 和经济安全，并表达了对中国"利用"美国关键产业和将基于中国技术所产电池部署在美国关键基础设施 中的风险等问题的担忧。 很明显，穆勒纳尔此次质询的目的就是对福特施压，阻挠其与中国电池企业的技术合作。2025年12月， 福特宣布将利用宁德时代的技术授权生产磷酸铁锂（LFP）电池，用于电力储能系统。今年1月15日， 美国《华尔街日报》披露福特还在与比亚迪洽谈混合动力汽车电池交易。当日，穆勒纳尔就发表声明 说，"这是一个严重的安全隐患"，福特应该与美国的盟友而不是对手合作。 讽刺的是，美国议员却无视本国企业利益，频繁发声、质询予以阻挠。殊不知福特将是合作推进的主要 受益者，也将是合作受阻的主要受害者。没有与福特的合作，宁德时代、比亚迪仍然是全球电池产业的 领军者。而与中企的合作拖延一天，福特就离拥有高性能LFP电池、离进军储能电池市场远了一天，美 国相关产业也必然因此受损。 美国议员做出如此不智之举的背后是"泛化国家安全"思维上 ...

2026新年伊始，韩系知名电池企业三星SDI接连抛出两大重磅布局。 1月25日，韩媒报道， 三星SDI 宣布投资约1万亿韩元在匈牙利格德工厂建设圆柱形电池生产线，计划将欧洲电动车电池产品组合从方形转向 高性能圆柱电池。 与此同时，市场再传消息， 其 已向多家设备商下达采购订单（PO），正式 启动美国印第安纳州合资工厂产线改造，将3条生产线转为储能系 统（ESS）专用磷酸铁锂（LFP）电池产线，冲刺今年第四季度量产。 报道称，该工厂是 三星SDI与斯特兰蒂斯（Stellantis）合资的"StarPlus Energy"一号店， 原规划4条生产线。 行业认为， 三星SDI 这两项动作一东一西、一车一储，精准踩中全球锂电行业技术路线迭代与储能市场爆发的双重风口，更折射出三星SDI重 构全球竞争优势的战略考量。 三星SDI欧洲市场的产品路线切换，本质是对区域市场痛点与技术趋势的精准响应。当前，大圆柱电池在海外电动车市场正迎来爆发式增长， 特斯拉4680电池装车、宝马新世代车型搭载46系圆柱电池实现续航突破900公里，形成"特斯拉+宝马"双引擎驱动格局，推动欧洲车企加速 拥抱这一技术路线。与方形电池相比，圆柱电池的核 ...