皇家集团携手Greenlyzer布局氢能 引入AI移动能源系统

分类能源
事件时间2026-04-30
地点新加坡
来源CP
发布时间2026/04/30 09:30
详情描述
柬埔寨皇家集团与新加坡深科技公司Greenlyzer于2026年4月30日在新加坡签署战略合作协议,双方将共同开发并部署绿色氢能解决方案,旨在推动柬埔寨成为东南亚绿色数字经济枢纽。
此次合作的核心内容是引入Greenlyzer开发的“绿色移动电网”(Green Moving Grid)系统。该系统采用名为“Alpha能源系统”的专有技术,利用人工智能实时管理与优化氢能的生产、存储及分配过程。
该氢能移动能源系统旨在为数据中心、工业设施以及电力供应不稳定的偏远或灾害易发地区提供稳定且可配置的清洁能源。通过将本地生产的绿色氢能转化为电力,该项目将解决关键基础设施的能源需求问题。皇家集团董事长兼首席执行官陈丰明勋爵表示,此次合作体现了集团在推动清洁能源发展方面的承诺。
📋 简要摘要 ▸
柬埔寨皇家集团与新加坡深科技公司Greenlyzer签署战略协议,共同开发氢能解决方案。该合作引入AI驱动的“绿色移动电网”系统,旨在为数据中心、工业设施及偏远地区提供稳定、可配置的清洁能源,助力柬埔寨成为区域绿色数字经济枢纽。
📋 完整原文 ▸
[来源: CP] [分类提示: NEWS]
标题: Royal Group and Greenlyzer Forge Strategic Alliance to Drive Green Hydrogen Innovation Across Cambodia and ASEAN
Landmark agreement signed in Singapore integrates AI-driven clean energy technology with the Kingdom’s largest conglomerate to power data centers and remote regions
Singapore — In a major move toward regional energy sustainability, Cambodia’s Royal Group and Singapore-based deep-tech firm Greenlyzer have entered into a strategic partnership to accelerate the development and deployment of green hydrogen solutions across Southeast Asia. The collaboration, formalized through a Memorandum of Agreement (MoA) signed in Singapore, aims to establish Cambodia as a key node in the region’s emerging green and digital economy.
The partnership focuses on the pilot deployment of Greenlyzer’s “Green Moving Grid” (GMG), a cutting-edge hydrogen-based mobile energy system. At the heart of this technology is the proprietary Alpha Energy System, which utilizes artificial intelligence to manage and optimize energy production, storage, and distribution in real time. The initiative is designed to turn locally produced green hydrogen into a reliable, configurable power source for mission-critical infrastructure, including AI data centers, industrial facilities, and remote or disaster-prone areas where traditional grid access is limited.
Neak Oknha Kith Meng, Chairman and CEO of Royal Group, emphasized that the alliance underscores the group’s commitment to advancing clean energy in