来源：环球网 "衷心祝贺各位顺利完成12天的研学参访，真诚感谢每一位为大唐海外业务辛勤付出的你们！" 9月18日，为期12天的"共铸卓越 共享未来"大唐外籍员工中国行活动在中国大唐集团有限公司（以下简 称中国大唐）总部圆满落幕。来自印尼、缅甸、柬埔寨、老挝、乌兹别克斯坦5个"一带一路"共建国家 的10名大唐外籍员工和2位外媒记者，奔赴中国北京和内蒙古开展研学参访。他们在实地探访中见证中 国电力的技术实力，在互鉴交流中感受多元文化的魅力，让"硬联通"的能源项目与"软联通"的技术标 准、"心联通"的人文交流深度融合，共同书写新时代国际合作新篇章。 跨国相聚 开启双向交流新旅程 9月7日的北京大兴机场，手持"唐标"欢迎牌的中方同事，让来自乌兹别克斯坦的优杜丝和法尔霍德瞬间 感受到"回家"的温暖。"看到熟悉的标志，就像回到家一样，特别亲切。"优杜丝的感慨，道出了所有外 籍员工的心声。 在精心筹备的欢迎会上，"娘家人"的叮嘱让在场的外籍员工倍感振奋："你们在海外坚守岗位、保障能 源供应，是中国大唐国际化发展的重要力量。" 外籍员工参观中国大唐企业文化展厅 柬埔寨员工欧春提前梳理工作中的技术难题，期待在此次中国行中寻找答 ...

Core Viewpoint - The article highlights the advancements and significance of the compressed air energy storage project by China Energy Construction Group, emphasizing its potential to lead in the global energy storage market and contribute to sustainable development [1][3]. Group 1: Project Overview - The project is the world's largest single-unit compressed air energy storage project under construction, with an annual electricity generation capacity of 460 million kWh, sufficient to power over 200,000 households for a year [1]. - The project utilizes underground abandoned salt caverns as gas storage, with heat generated during the air compression process stored in thermal tanks for later use [3]. Group 2: Technological Advancements - China Energy Construction Group has achieved 100% localization of key equipment and made significant breakthroughs in system integration, key processes, and intelligent operation and maintenance [3]. - The project manager stated that the company has developed an advanced construction technology system for compressed air energy storage, positioning it as a leader both nationally and globally [3]. Group 3: Market Potential and Future Plans - The compressed air energy storage technology is expected to have a broad market outlook amid the global trend towards clean and low-carbon energy [4]. - Interest from international investors and energy authorities from countries like the USA, Netherlands, and South Africa has been expressed during the project's construction [5]. - The project aims to achieve its first grid connection and full-capacity power generation by 2025, significantly enhancing the reliability of the regional power supply and supporting the dual carbon goals [5].