150辆采购+50辆交付 换电重卡领域又现大单

Core Viewpoint - The article highlights the launch of the Ning-Shan-Mongolia heavy-duty truck battery swap network project, aimed at electrifying coal transportation in the Ningxia, Shanxi, and Inner Mongolia regions, thereby enhancing logistics efficiency and supporting carbon neutrality goals [1][4]. Group 1: Project Launch and Infrastructure Development - On August 12, the Qiji Battery Swap Network officially commenced in Ordos, Inner Mongolia, marking the start of the Ning-Shan-Mongolia heavy-duty truck battery swap network project [1]. - The newly operational battery swap station on the East Road is strategically located at the intersection of G20 Qingyin Expressway and the Ning-Mongolia provincial border, directly connecting to the Ningdong energy and chemical base [3]. - A total of ten battery swap stations are being constructed across key energy cities in Ningxia, Inner Mongolia, and Shanxi, covering over 2000 kilometers of transportation routes, with plans for full connectivity by the end of 2025 [3][4]. Group 2: Strategic Partnerships and Collaborations - DeepWay delivered the first batch of 50 battery swap heavy-duty trucks to Fuhai New Energy, which will be utilized for coal transfer and cross-province bulk cargo transportation [3]. - A procurement agreement for 150 battery swap heavy-duty truck chassis was signed between Qiji and several companies, including Fuhai New Energy and Ningxia Kunda, to enhance logistics efficiency [3][4]. - A significant strategic cooperation agreement was established among Qiji, Fuhai New Energy, and other partners to promote the construction of a battery swap ecosystem in the Ning-Shan-Mongolia region [4]. Group 3: Industry Impact and Goals - The Ning-Shan-Mongolia region is recognized as a crucial coal resource base in China, and the completion of the battery swap network will enable the electrification of the entire logistics chain for bulk goods such as coal and building materials [4]. - The initiative is expected to significantly reduce logistics costs and contribute to the realization of China's transportation and dual carbon goals [4].