Core Viewpoint - The successful commercial vehicle joint debugging of "Chocolate Battery Swap" marks a significant advancement in the efficiency of energy replenishment for new energy commercial vehicles, potentially revolutionizing the industry by reducing costs and enhancing user value throughout the vehicle lifecycle [1][4]. Group 1: Efficiency and Cost Advantages - The "Chocolate Battery Swap" reduces battery swapping time to 150 seconds, comparable to traditional refueling times, enabling near "zero waiting" operations [6]. - The innovative business model of battery separation lowers vehicle purchase costs and allows flexible leasing to meet diverse scenario needs, achieving a 30% reduction in total lifecycle costs (TCO) [6]. - The battery swap system is designed to accommodate multiple vehicle types, with intelligent operations and strategically located swap stations to support efficient logistics [6]. Group 2: Expansion Plans - The plan includes the construction of 1,000 "Chocolate Battery Swap" stations by 2025, with a mid-term goal of 10,000 and a long-term target of 30,000 stations [6]. - Currently, the swap stations have successfully entered 27 cities across the country, rapidly expanding to make "battery swapping as easy as refueling" a reality [6]. Group 3: Product Launches - Three new "Chocolate Battery Swap" products are set to launch in the second half of the year, targeting specific market segments: - The Jianghuai New Energy Light Truck EV5, designed for cold chain logistics and intercity transport, features high endurance and fast battery swapping [8][10]. - The Kaida EX6, optimized for last-mile delivery and community group buying, combines compact design with high battery capacity for efficient urban operations [10]. - The Van Baolu V10, aimed at B2B supply chains and new retail, supports frequent high-efficiency transport with intelligent space utilization [12]. Group 4: Future Outlook - The transition to a model where battery swapping is as simple as changing chocolate is expected to enhance transportation efficiency, driving the industry towards a future characterized by minute-level energy replenishment, cost optimization, and intelligent operations [14].