正式成为"新长安"掌舵人11天后，长安汽车董事长朱华荣马上有重磅行动。他亲自赴鹏城拜会华为创始 人任正非之举，在特定的时间节点下，显得意义深远。 履新"新长安"董事长仅11天 特定时间节点首次拜访任正非引关注 8月9日晚，长安汽车董事长朱华荣微博发文，称周五前往深圳拜访华为CEO任正非，围绕产业竞争态 势、未来竞争格局等交流学习。 他表示，任正非还就支持长安汽车、阿维塔品牌等提出针对性、指导性意见。 这次高层会晤意义非同一般，更让人产生无限联想。 朱华荣履新"中国长安汽车集团"董事长仅11天便专程拜访任正非，这一举动远超常规礼节，背后是两大 巨头在行业变革关键期的战略校准。 此次朱华荣是以新央企"中国长安汽车集团"董事长身份首次拜访任正非。 值得一提的是，华为与长安合作的阿维塔品牌，正处于技术整合与全球化扩张节点。 此前，中国长安汽车集团有限公司正式成立之际，阿维塔科技总裁陈卓曾透露，该公司与华为正在顺利 有序地推动Hi Plus模式，联合团队已近千人入驻在阿维塔重庆总部，预计明年下半年推出首款联合共创 产品。到2030年前，阿维塔计划推出17款新品，海外销量占比要达到25%，覆盖MPV、跑车等细分市 场。此 ...

Core Insights - Audi FAW New Energy's latest products, the Audi A6L e-tron and Q6L e-tron, were showcased at the 2025 Shanghai Auto Show, highlighting the company's commitment to electric vehicle (EV) development in China [2][3] - The PPE platform, co-developed with Porsche, is designed for luxury electric vehicles, aiming for efficient electric drive, long range, and smart configurations [3] - Audi FAW New Energy's Long Chuan electric factory is a key part of Audi's electrification strategy in China, with an annual production capacity of 150,000 vehicles and a localization rate of 90% [4] Product Highlights - The Audi Q6L e-tron features a 107 kWh battery with a maximum CLTC range of 750 kilometers and supports 800V fast charging, while the A6L e-tron offers a range of 770 kilometers and 0-100 km/h acceleration in 4.5 seconds [3] - Both models utilize Huawei's advanced driving assistance technology, achieving L2-level autonomous driving capabilities [3] Sustainability Initiatives - The Long Chuan factory aims for "near-zero carbon emissions" through 100% green energy and a closed-loop water system, saving 100,000 cubic meters of water annually [5] - The factory's sustainability goals align with ESG investment trends, including waste recycling and biodiversity protection measures [5] Manufacturing Innovations - The factory employs over 800 robots, achieving over 90% automation in welding processes, and utilizes digital twin technology throughout the manufacturing process [5] - Audi FAW New Energy's manufacturing capabilities are expected to support the "oil-electric coexistence" strategy, allowing for parallel development of fuel and electric vehicles [6]