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安全为王,广汽本田P7以硬核投入刷新电动时代价值标杆
Zhong Guo Xin Wen Wang· 2025-05-30 10:39
Core Viewpoint - The GAC Honda P7, a new electric vehicle, emphasizes safety as a primary concern for consumers in the rapidly growing electric vehicle market, showcasing advanced safety features and rigorous testing standards [2][3]. Group 1: Development and Testing - GAC Honda P7 underwent a four-year development cycle, significantly longer than the industry average, ensuring top-tier quality from the outset [3]. - The vehicle has been tested extensively, with over 150,000 kilometers driven across various extreme conditions, validating its reliability [3]. - A total of 402 vehicles and body structures were tested, including specific tests for safety features like airbags under different conditions [3]. Group 2: Safety Features - The P7 incorporates three layers of safety: battery safety, active safety, and passive safety, providing comprehensive protection for users [4]. - It features a high-energy density battery with advanced structural protection and fire prevention measures, including a one-second automatic power cut-off during collisions [4]. - The active safety system includes an L2+ level driving assistance system and driver monitoring features to enhance safety during operation [5]. Group 3: Structural Integrity - The vehicle's body is composed of 68% high-strength steel, with 25% being hot-formed steel, ensuring robust structural integrity [5]. - It is equipped with 13 airbags, exceeding the standard for its class, and utilizes advanced safety belt technology to minimize injury during collisions [6]. Group 4: Mechanical Reliability - The P7 maintains mechanical systems alongside advanced algorithms, ensuring reliable braking performance with multiple backup systems [7]. - The braking system features a dual backup with a total of four pathways to ensure safety, achieving a stopping distance of only 37 meters from 100 km/h [7]. - The design includes mechanical door handles that function even when the vehicle is powered off, ensuring usability in extreme conditions [7].