据悉，今年5月，荣利营造联合三一集团、宁德时代（300750）等龙头发起成立香港零碳智能联盟，核 心目标是构建"光、储、充、换、回收"全链条解决方案。此次签约，直接推动业务从产业链协同布局与 能力储备向订单收益转化，成为新能源板块盈利的关键转折点。 消息面上，近日，在ReThink HK2025可持续发展展会现场，荣利营造子公司荣利新能源与三一中富香 港联合举办战略合作签约仪式，一举签署四项关键协议。此次签约，是香港零碳智能联盟战略蓝图在商 业落地方面的具体体现。对荣利营造而言，更意味着其新能源业务从前期布局正式进入收益兑现阶段。 荣利营造(09639)早盘涨超14%，截至发稿，涨13.51%，报1.26港元，成交额491.88万港元。 ...

Core Viewpoint - The Guangxi Zhuang Autonomous Region's Department of Transportation is developing a new energy highway freight corridor as part of the Western Land-Sea New Corridor initiative, focusing on cost reduction and efficiency improvement through integrated transportation and energy solutions [1][2]. Group 1: Project Overview - The project aims to create a logistics network in Guangxi that integrates vehicles, roads, and energy, utilizing new energy transport tools to lower logistics costs [1]. - It will establish the first "integrated" green low-carbon energy supply demonstration project on national and provincial highways [1]. Group 2: Infrastructure Development - The project will utilize roadside areas, interchanges, and tunnel entrances to develop "slope + photovoltaic" resources, revitalizing idle assets like maintenance stations and staff dormitories [2]. - A comprehensive charging and swapping network will be built along national and provincial highways, promoting economic development along these routes [2]. Group 3: Energy Integration - The project will create an integrated energy system that combines generation, grid, load, and storage, facilitating a multi-energy supply model [2]. - Along highways, a "wind, solar, storage, charging, and swapping" integrated electric corridor will be established, focusing on service areas [2]. Group 4: Economic Impact - The completed project will support charging and swapping services for new energy freight vehicles, enhancing the transportation of various products including coal, iron ore, and agricultural goods [2]. - It aims to reduce transportation costs and improve the quality of freight logistics operations by creating a dedicated new energy corridor based on logistics demands [2].