宁德时代140度天行超充电池
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零米轻卡聚能版登陆广州,以“买优于租”理念重构广东物流价值
第一商用车网· 2025-09-02 06:18
Core Viewpoint - The launch of the Zero Mi Light Truck Energy Version in Guangzhou aims to provide efficient logistics solutions, focusing on the real scenarios of urban distribution logistics in the Pearl River Delta region [1][4]. Group 1: Product Launch and Market Positioning - The Zero Mi Light Truck Energy Version was officially launched in Guangzhou, with a focus on enhancing logistics efficiency in the region [1]. - During the launch event, 146 units were sold, indicating strong market demand for this new energy light truck [3]. - The product is designed to address key pain points in urban logistics, such as short range, slow charging, and high energy consumption, thereby redefining industry standards [6]. Group 2: Technological Innovations - The Zero Mi Light Truck is equipped with a 140 kWh battery from CATL, featuring advanced technologies that enhance energy density and reduce charging losses [12]. - The truck's energy efficiency is highlighted by a range of 302 kilometers under specific conditions, with an expected comprehensive range of 420 kilometers [9]. - The vehicle utilizes a dual-gun fast charging mode, allowing for a 20-minute charge from 20% to 80% state of charge (SOC) [14]. Group 3: Operational Efficiency and Cost Savings - The Zero Mi Light Truck promotes a "buy over rent" philosophy, suggesting significant cost savings for users over a five-year lifecycle, estimated at 70,000 yuan per vehicle [8]. - The vehicle's design and service model aim to maximize operational uptime, with a commitment to rapid service response and maintenance [19]. Group 4: Market Impact and Future Outlook - The Zero Mi Light Truck has quickly gained traction in the market, becoming the eighth best-selling model in its category within nine months, with over 3,000 units delivered [22]. - The product is expected to drive a new wave of adoption for new energy vehicles in the logistics sector, enhancing profitability for users through efficient operations [8][22].