CATL(SZ:300750) Zhong Guo Neng Yuan Wang·2025-08-01 07:13Core Insights - The establishment of the Ningde Times Qiji Battery Swap Station in Datong City is a significant step towards supporting the transition to a new energy heavy truck industry, addressing the high energy consumption and emissions of traditional fuel trucks [1][3]. Group 1: Infrastructure Development - The Qiji Battery Swap Station, located in Xiaoying Village, is the first bottom-type battery swap station for electric heavy trucks in the city, designed for a quick battery swap time of just 5 minutes and an average daily capacity of 196 swaps [3]. - The State Grid Datong Power Supply Company has proactively supported the station by installing two dedicated transformers with capacities of 2500 kVA and 2000 kVA, ensuring stable and reliable power supply for high-load operations [3][6]. Group 2: Economic Benefits - The new battery swap service is expected to significantly reduce operational costs for logistics companies, with a projected savings of approximately 0.62 yuan per kilometer compared to traditional fuel vehicles, leading to a savings of 186 yuan per battery swap [4]. - The efficient operation of the battery swap station is anticipated to enhance the economic viability of the electric heavy truck logistics sector, promoting a green and low-carbon transportation structure in the region [4]. Group 3: Future Planning - Datong City is accelerating the development of its new energy heavy truck charging and swapping network, with 15 operational electric heavy truck charging and swapping stations currently in the area [6]. - The State Grid Datong Power Supply Company is implementing three power grid projects with a total investment of 8.07 million yuan, expected to be completed by the end of October, to meet the growing electricity demand of five local enterprises [6]. - Long-term plans include upgrading the power grid with key projects such as the elevation of the 35 kV Shuangwozai Substation and the addition of two 110 kV lines, aimed at enhancing the grid capacity in key areas by 2026 [6].