【#欧盟放宽燃油车禁令#】在欧洲汽车产业电动化推进不及预期、竞争压力持续加大的背景下，欧盟委 员会日前提议放宽2035年"禁售燃油车"相关要求，将新车"零排放"目标调整为"减排90%"。这意味着， 部分燃油车届时在特定条件下仍可进入市场。业内人士认为，这一调整是欧盟近五年来在绿色政策上的 最大一次"重大退让"。这或许能为欧洲的电动化转型争取缓冲空间，减轻企业压力，但难以从根本上解 决欧洲在汽车工业转型中面临的不利局面。 ...

Core Viewpoint - The EU's recent proposal to delay the 2035 ban on the sale of all fuel vehicles, including hybrids, reflects a significant shift in its environmental policy, allowing car manufacturers to continue selling hybrid vehicles and use various methods to offset carbon emissions from hybrids [6][22]. Group 1: EU Regulations and Industry Response - In 2021, the EU announced a plan to ban fuel vehicles by 2035 as part of its environmental initiative, which initially boosted confidence among car manufacturers [6][8]. - The recent proposal allows car manufacturers to sell hybrid vehicles and introduces a carbon credit system, indicating a retreat from the original 100% emission reduction target [22][24]. - Major car manufacturers like Volkswagen and BMW expressed relief at the delay, while companies that had already transitioned to electric vehicles, such as Polestar and Volvo, criticized the decision as detrimental to climate goals and European competitiveness [7][22]. Group 2: Challenges in Electric Vehicle Transition - Despite initial enthusiasm, European car manufacturers faced challenges in the electric vehicle transition, including inadequate charging infrastructure and poor market performance [14][19]. - The bankruptcy of Northvolt, a key battery supplier, highlighted the difficulties in establishing a reliable local supply chain for electric vehicle components, with significant financial losses reported [16][17]. - The failure to develop a robust electric vehicle industry in Europe has led to increased reliance on foreign technology, particularly from China, raising concerns about competitiveness [19][27]. Group 3: Comparison with China's Electric Vehicle Industry - China has been proactive in developing its electric vehicle industry since 2009, positioning itself to compete directly with Western manufacturers [25][26]. - The contrast between Europe's struggles and China's advancements in electric vehicles suggests that European manufacturers may have underestimated the competitive landscape [27]. - The article implies that the EU's retreat from stringent regulations may be a response to the growing dominance of Chinese electric vehicles in the global market [24][30].

Core Argument - The article discusses the ongoing debate surrounding the EU's 2035 ban on combustion engine vehicles, highlighting German Chancellor Merz's push to reconsider the legislation due to its potential impact on millions of jobs in the German automotive industry [1][3][11]. Group 1: Legislative Context - The EU's regulation mandates a 55% reduction in new car carbon emissions by 2030, a further 50% reduction by 2034, and a complete zero-emission requirement by 2035, effectively phasing out internal combustion engine technology [3][4]. - The legislation has faced opposition from Germany, with former Chancellor Scholz expressing resistance to the ban [3][4]. Group 2: Economic Impact - The German automotive industry contributes nearly 5% to the national GDP and provides jobs for over 7 million workers, making it a critical sector for the country's economy [4][6]. - Merz's stance is supported by the German Automotive Industry Association and the Metal Industry Association, which have united to exert pressure on the EU [8][11]. Group 3: Industry Dynamics - The automotive sector in Germany is at a crossroads, facing challenges from the global expansion of Chinese electric vehicles and increasing import tariffs from the U.S. [11][19]. - The internal combustion engine is seen as a vital part of the industry, with companies like Volkswagen and BMW expressing concerns over the financial implications of a complete ban [8][17]. Group 4: Technological Considerations - The EU's legislation does allow for the registration and use of vehicles powered by synthetic fuels after 2035, which is viewed as a potential lifeline for the internal combustion engine [13][23]. - The development of solid-state batteries is anticipated to revolutionize the automotive market, with projections indicating that they will begin limited use by 2027 and achieve mass production by 2030 [23][25].

Core Insights - The global automotive market is undergoing an unprecedented deep adjustment, with major automakers like Volkswagen, Ford, and Mercedes-Benz implementing significant strategic changes in response to rising electric vehicle penetration, intensified market competition, and increasing profitability pressures [1][2][3] Strategic Adjustments - Volkswagen plans to shut down part of its traditional fuel vehicle production lines in Wolfsburg, Germany, affecting around 3,000 employees, as part of its "2030 strategy" adjustment, with a 25% reduction in R&D budget for traditional powertrains from 2025 to 2027 [1] - Ford has reduced its planned investment in electric vehicle transformation from $50 billion to $35 billion, delaying the launch of several electric models and halting the construction of a new battery factory in Germany [2] - Mercedes-Benz has initiated a three-year efficiency improvement plan aiming to cut costs by over €14 billion, focusing on optimizing supply chains and reducing non-core business investments [2] Market Pressures - The global automotive sales are projected to reach 88 million units in 2025, with electric vehicles accounting for over 42% of the market, an 8 percentage point increase from 2024, driven largely by growth in the Asian market [3] - Traditional automakers face significant profitability challenges, with Ford's electric vehicle segment expected to incur a loss of $4.5 billion in 2024, while Volkswagen's electric vehicle profit margin stands at only 3.2%, compared to 8.5% for traditional fuel vehicles [3][4] Industry Transformation - Automakers are shifting from large-scale investments and vertical integration to a light-asset operation model, focusing on strategic partnerships for battery supply rather than building in-house factories [4][5] - Companies are concentrating production capacity in high-growth markets and high-margin products, with Volkswagen increasing investment in new energy vehicles in emerging markets while reducing production in Europe [5] - Research and development budgets are being refocused on core technologies, with companies like Mercedes-Benz prioritizing autonomous driving and smart cockpit technologies [5] Future Outlook - The collective slowdown of major automakers is seen as a pragmatic response to short-term pressures and a necessary evolution in the industry's development stage, with only those able to adapt quickly to market changes and maintain financial stability likely to succeed in the long term [6]

Core Viewpoint - Volkswagen is facing significant challenges, including the closure of its first factory in Germany after 88 years, driven by economic necessity amid declining sales and increased competition in key markets [4][7][21]. Financial Performance - In Q3, Volkswagen reported revenue of €80.305 billion, a 2.3% increase year-on-year, but faced an operating loss of €1.299 billion, a stark contrast to the previous year's profit of €2.833 billion, marking a decline of over €4.1 billion [7][8]. - The net loss for the quarter was €1.072 billion, compared to a net profit of €1.558 billion in the same period last year, representing a decline of approximately 168.8% [7][8]. - For the first three quarters of the year, net profit dropped by 61.5% to €3.4 billion compared to the same period last year [7]. Market Challenges - Volkswagen's sales in North America have been severely impacted by a 25% import tariff, leading to a 9.8% year-on-year decline in Q3 sales to 246,900 units [11][12]. - The company anticipates a financial loss of up to €5 billion due to the U.S. tariff policy [12]. - In Europe, Volkswagen's sales have decreased by 2 million units over the past four years, exacerbated by high energy costs and labor disputes [12]. Strategic Adjustments - Volkswagen has revised its investment plan, reducing the total investment from €180 billion to €160 billion over the next five years due to anticipated near-zero net cash flow in the automotive sector by 2025 [9][21]. - The company plans to launch over 20 new electric vehicle models in China by 2027, aiming to offer around 30 electric models by 2030 [21]. Consumer Sentiment - Volkswagen's electric vehicle offerings, particularly the ID.3, are struggling to meet consumer expectations in China, where 95% of its sales are still reliant on traditional fuel vehicles [15][21]. - The ID.3 has faced multiple complaints regarding safety and performance issues, which have further eroded consumer confidence [17][21].

当地时间12月16日，欧盟委员会推出一揽子汽车产业新政，提议放宽2035年"禁售燃油车"相关要求，汽 车制造商从2035年起必须减少90%的排放，取代之前设定的零排放要求，另10%通过使用欧盟生产的低 碳钢或电力和生物燃料补偿。这一变化意味着除了纯电动和氢能车外，插电式混合动力车、轻型混合动 力车和燃油汽车在2035年后仍可继续销售。 整体来看，欧洲汽车新政通过设定2035年减排90%+10%补偿的混合目标、引入柔性达标路径、斥资支 持本土电池产业、简化法规及推动企业车队电动化，试图将产业链留在欧洲本土。 欧委会表示，该政策的目标是在2050年前实现气候中和的同时，保持欧洲工业竞争力和战略独立性。 欧盟一揽子汽车新政引发质疑 专家表示，此次出台的新政相关建议措施过于复杂，未能充分应对汽车行业挑战，也未能有效保护欧洲 生产和就业免受国际竞争冲击，汽车供应商提出的关键问题仍未得到解决。 欧洲汽车供应商协会（CLEPA）秘书长本杰明·克里格表示，新方案虽重申了欧洲对道路运输的长期气 候决心，但其细则繁复，将增加额外成本，且未能规划出转型路径。尽管雄心勃勃的电动车队目标和本 地化含量政策反映出加速电动化、增强韧性的意 ...

【文/观察者网 王恺雯】在欧洲汽车行业承压之际，欧盟委员会当地时间12月16日发布汽车产业一揽子 方案，提议放宽2035年"燃油车禁令"相关要求。 路透社18日援引分析人士和专家观点指出，欧盟新的方案或为欧洲传统车企争取更多时间，以缩小与中 国车企的差距，但从长远来看，未来依然属于电动汽车。 欧盟在2023年决定，从2035年起全面禁售会导致碳排放的新的燃油轿车和小型客货车。但在欧洲汽车行 业协会的不断游说下，欧盟公布的最新方案将2035年新车"零排放"目标调整为较2021年"减排90%"。 报道指出，欧盟此举是为了帮助欧洲车企更好地与发展迅速的中国对手竞争。 新方案允许欧盟在2035年后继续销售插电式混合动力汽车、增程式电动汽车，甚至是传统内燃机车辆。 同时提议设立新的小型纯电动车类别，并对在欧洲制造的车型给予额外积分。 行业分析师指出，欧盟的新方案"基本满足"欧洲车企游说的诉求。 "（欧盟）委员会已允许欧洲汽车业进行选择，并获得了竞争的机会，"战略咨询公司Grant Thornton Stax的董事总经理菲尔·邓恩（Phil Dunne）说。他表示，希望欧洲汽车产业能凭借具有成本竞争力的电 动汽车"赶上中 ...

Core Viewpoint - The global automotive industry is experiencing a significant strategic overhaul due to weak electric vehicle demand, low capital returns, and fluctuating regulatory policies, highlighted by Ford's announcement of a $19.5 billion asset write-down [2]. Group 1: Ford's Strategic Shift - Ford has announced a $19.5 billion pre-tax charge, marking one of the largest single asset write-downs in U.S. automotive history, with approximately $6 billion stemming from the dissolution of its battery joint venture with SK On [2]. - The company has officially halted production plans for the all-electric F-150 Lightning pickup and recognized substantial losses related to idle assets associated with large electric vehicles [2]. - CEO Jim Farley stated that due to high battery costs and resistance from large truck buyers towards pure electric technology, Ford will significantly shift future capital expenditures from electric models to "extended-range" hybrid vehicles [2][3]. - By 2030, Ford aims for hybrid and extended-range models to account for 50% of its global sales, up from the current 17%, while focusing on a $30,000 small pickup based on a "universal electric vehicle platform" set to launch in 2027 [3]. Group 2: Asset Reutilization and Energy Solutions - To salvage billions in idle battery capacity, Ford is implementing an ambitious "asset reutilization" plan, leveraging technology from CATL to enter the rapidly growing grid storage market due to the AI boom [3]. - Ford plans to invest $2 billion over the next two years to revamp its battery plants in Glendale, Kentucky, and Marshall, Michigan, with the Kentucky plant set to produce lithium iron phosphate batteries and energy storage systems, targeting over 20 GWh annual capacity by 2027 [3]. - The Michigan facility is scheduled to begin production in 2026, producing energy cells for residential storage systems, indicating Ford's transition from a traditional automaker to an energy solutions provider, despite temporary layoffs of about 1,600 workers during the plant modifications [3]. Group 3: European Market Dynamics - The European market is also undergoing significant contraction, with a strategic shift in policy direction that no longer seeks to completely eliminate internal combustion engines but instead embraces a "technology-neutral" approach [4]. - This policy adjustment allows for the long-term viability of synthetic fuels and plug-in hybrid technologies, effectively postponing the "death" of internal combustion engines indefinitely [4]. - Volkswagen has confirmed the permanent closure of its Dresden "Transparent Factory," ending 88 years of production continuity in Germany, due to collapsing market demand and high operational costs [4][5]. - Volkswagen's CFO acknowledged severe cash flow pressures, leading to a reduction in the five-year investment budget from €180 billion to €160 billion, reallocating funds originally intended for aggressive electrification to extend the lifespan of fuel engines [4]. Group 4: Asian Market Challenges - In Asia, particularly Japan, policy changes are increasing barriers to the adoption of electric vehicles, with the government planning to introduce a "weight tax" based on vehicle weight starting May 2028, impacting heavier electric and plug-in hybrid vehicles [6]. - This decision aims to address the revenue shortfall from declining gasoline vehicle sales and requires heavier vehicles to contribute to road maintenance costs, reflecting a shift in balancing fiscal contributions from fuel and electric vehicles post-subsidy reductions [6].

Group 1 - The European Commission has officially abandoned its previous commitment to a complete ban on internal combustion engines by 2035, now aiming for a 90% reduction in carbon emissions from new cars compared to 2021 levels [4][12] - The shift reflects the reality of economic pressures, as the automotive industry, a crucial pillar of the European economy, faces significant challenges, including over 50,000 job losses in Germany alone within a year [6][10] - The initial ambitious plan for a complete ban on gasoline and diesel vehicles faced strong opposition from major automotive nations like Germany and Italy, leading to a compromise that allowed for synthetic fuels [5][10] Group 2 - The transition to electric vehicles has revealed significant infrastructure and supply chain issues, with a severe shortage of public charging stations in Europe, where the ratio of charging stations to electric vehicles is 15:1 compared to 3:1 in China [8] - The European automotive industry is heavily reliant on imports for critical battery raw materials, with 87% of lithium sourced from Australia and 40% of natural graphite from China, complicating the transition to electric vehicles [8][10] - Political and social opposition to the internal combustion engine ban is growing, with key political figures and parties questioning the feasibility of such radical policies and their impact on the industrial base [10][12] Group 3 - The recent policy reversal illustrates the harsh reality that ambitious environmental goals must consider economic realities, industry foundations, and employment [12] - The European Union's decision to prioritize survival over radical environmental policies serves as a lesson on the dangers of detaching policy from practical considerations [12]

Core Viewpoint - Volkswagen, a symbol of German manufacturing, has closed its first factory in Germany after 88 years, signaling significant challenges in the automotive industry, particularly in the face of competition in China, high tariffs in the U.S., and costly transitions to electric vehicles [1][3]. Financial Performance - In Q3, Volkswagen reported revenues of €80.305 billion, a 2.3% increase year-on-year, but faced an operating loss of €1.299 billion, a stark contrast to the operating profit of €2.833 billion in the same period last year, marking a decline of over €4.1 billion [3][4]. - The net loss for the quarter was €1.072 billion, compared to a net profit of €1.558 billion in the previous year, representing a decline of approximately 168.8% [3][4]. - For the first three quarters of the year, net profit dropped by 61.5% to €3.4 billion compared to the same period last year [3]. Market Challenges - Volkswagen's sales in North America have been severely impacted by a 25% import tariff effective from April 2025, leading to a 9.8% year-on-year decline in Q3 sales to 246,900 units [6][7]. - The company anticipates a financial loss of up to €5 billion due to the U.S. tariff policy [7]. - In Europe, Volkswagen's sales have decreased by 2 million units over the past four years, exacerbated by high energy costs and labor disputes, which have increased production costs [7]. Electric Vehicle Transition - Volkswagen's aggressive transition to electric vehicles has faced significant hurdles, with the company incurring substantial compliance and conversion costs without sufficient returns [7][15]. - The company has set a target to launch over 20 new energy vehicles in China by 2027 and approximately 30 electric models by 2030 [15]. - However, the current sales composition in China remains heavily reliant on fuel vehicles, with 95% of sales in the first nine months being traditional vehicles, highlighting a disconnect with consumer preferences shifting towards electric vehicles [9][10]. Consumer Sentiment - The ID.3 model has faced criticism for not meeting consumer expectations in China, with complaints about performance and safety issues, which have affected brand perception [10][12][14]. - The competitive landscape in China, characterized by local brands offering better value propositions, has made it difficult for Volkswagen to maintain its market share [10][14].