隐藏式车门把手由特斯拉首创，多家中国电动车品牌随后采用这种设计，是新能源车区别于传统燃油车 的重要外观特征。相关车门把手可透过遥控钥匙、手机或手动按压的方式开启，车商以此强化科技感， 并称能降低风阻。懂车帝去年4月统计，中国销量前100的新能源车型中，约六成搭载隐藏式车门把手。 不过，这一设计潜在的安全风险近年在美国和中国都引发关注，包括增加了汽车碰撞、起火事故中潜在 的逃生与救援风险。目前，特斯拉的隐藏式车门把手也正受到美国当局的安全调查，欧洲监管机构也考 虑制定相关规定。 格隆汇2月4日｜工信部近日联合发布《汽车车门把手安全技术要求》，规定在中国销售的汽车，除了车 尾门之外，其余车门都要配置机械式车门外把手和车门内把手，即使在事故或断电情况下处于锁住状 态，车门也应能手动打开。这意味电动车使用的隐藏式门把手被禁，成为全球首个逐步淘汰这种设计的 国家。 工信部表示，新规将于2027年1月1日起开始实施，已获监管机构批准并即将进入中国市场的车辆，应于 2029年1月前修改其设计以符合要求。 ...

Core Viewpoint - The article discusses the safety risks associated with the electronic door handles of new energy vehicles, emphasizing the importance of maintaining mechanical redundancy to ensure doors can be opened in emergencies [5][7][12]. Group 1: Safety Risks of Electronic Door Handles - New energy vehicles are prone to battery explosions during high-speed collisions, which can hinder rescue efforts if doors cannot be opened [5]. - The reliance on electronic systems for opening doors in new energy vehicles poses risks, especially if the electronic system fails after a collision [9][11]. - The article highlights that while some models can sense a collision and unlock doors, they still require manual operation to open, which can be problematic if the electronic handle fails [7][9]. Group 2: Solutions and Costs - Solutions to enhance safety include adding mechanical backup systems and redundant power sources, which typically increase the cost of each vehicle by around 100 yuan [5][9][12]. - Some manufacturers, like Audi, are integrating features such as a plastic pull cord that can be activated in emergencies, which also adds to the vehicle's cost [14]. - The article notes that the cost of advanced electronic door handles can be significantly higher, with full hidden handles costing up to three times more than semi-hidden ones, potentially reaching around 1,000 yuan per vehicle [7][12]. Group 3: Industry Standards and Testing - New regulations require that all vehicle door handles must have a mechanical release function, ensuring that doors can be opened without tools in emergencies [12]. - The article emphasizes the importance of rigorous testing and validation for electronic components in vehicles, with companies like Volkswagen adhering to strict standards that increase their BOM costs by approximately 20% [15][18]. - The automotive industry is urged to adopt more robust safety measures and testing protocols to prevent design failures that could lead to severe consequences [19].

Core Viewpoint - A fire incident involving an Avita 06 vehicle during the National Day holiday has raised significant concerns, with the fire originating from the front passenger seat area, and the specific cause is still under investigation by relevant authorities [1][4]. Summary by Sections Incident Details - On October 5, at approximately 13:54, an Avita 06 parked in a parking lot in Ningde City, Fujian Province, suddenly caught fire, leading to the destruction of several surrounding vehicles [2]. - The vehicle had been purchased on August 28 and had been driven for only 1,066 kilometers before the incident [2]. Official Response - Avita's official statement confirmed that the fire started in the front passenger seat area, and initial checks indicated that the battery pack's voltage, temperature, and pressure were all within normal ranges at the time of the fire, ruling out battery-related issues as the cause [4]. - The company is currently investigating other potential causes of the fire [4]. Technical Analysis and Concerns - Multiple unanswered questions remain regarding the fire, such as the exact location of the ignition within the passenger seat and whether flammable items contributed to the fire [5]. - There are concerns about the vehicle's monitoring system, which reportedly failed to alert the owner about the abnormal temperature of 76.4°C recorded shortly before the fire [5][6]. - Experts have pointed out that while battery issues are often the first assumption in such incidents, other factors, including the presence of flammable materials inside the vehicle, could also be responsible for the fire [7][8]. Industry Implications - The incident has sparked discussions about the adequacy of fire safety measures in electric vehicles, particularly regarding the fire resistance of non-battery components and the overall safety design of vehicles [6][7]. - The failure of the vehicle's monitoring system to notify the owner raises questions about the effectiveness of current safety technologies in preventing such incidents [6][7].