加华银行参贷1.82亿美元 柬埔寨首个大型储能电站落地
分类能源金融
地点金边
来源CIR
发布时间2026/11/11 16:35
详情描述
加华银行已参与一笔总额1.82亿美元的银团贷款，借款方为可再生能源开发商SchneiTec旗下子公司SchneiTec Legacy有限公司。这笔资金将用于建设柬埔寨首个、也是规模最大的电池储能系统（BESS）电站，项目分布在菩萨省和磅清扬省。
该笔银团融资由中国银行（香港）有限公司金边分行担任牵头安排行，加华银行与另外六家金融机构共同参与。加华银行是柬埔寨规模最大的商业银行之一，也是该国最大的本地持股银行。
按照公告表述，这座储能电站属于国家能源基础设施优先项目，核心作用是储存光伏等可再生能源发电的富余电量，并在用电高峰时段回输电网，从而提升电网的稳定性和可靠性，同时提高可再生能源在电力系统中的消纳比例。
对在柬从事实体经济的企业而言，这一项目释放的直接信号是储能配套需求将进入落地阶段，设备供应、施工安装与后期运维环节都可能形成采购和分包机会。有意参与的企业可持续跟踪项目招标信息，并提前核对自身资质与本地合规要求。至于电站的具体装机规模、投产时间表和招标安排，本次公告未予披露。
此外，项目选址跨菩萨省和磅清扬省两省，涉及跨区域电网接入，相关工程进度也会影响周边地区的供电调峰能力。
📋 简要摘要 ▸
加华银行联合六家金融机构，向可再生能源开发商SchneiTec旗下SchneiTec Legacy公司提供总额1.82亿美元银团贷款，用于建设柬埔寨首个、规模最大的电池储能系统。项目将储存光伏等可再生能源富余电力，在用电高峰时段回输电网，提升调峰能力与新能源消纳比例，被视为柬埔寨电网升级的关键配套工程。
📋 完整原文 ▸
[来源: CIR] [分类提示: NEWS]
标题: Canadia Bank Co-Finances Landmark $182 Million Syndicated Loan for Cambodia’s First Large-Scale Battery Energy Storage Project
Phnom Penh – Canadia Bank, one of Cambodia’s largest commercial banks and the country’s largest locally owned bank, has joined six partner financial institutions in a US$182 million syndicated financing facility extended to SchneiTec Legacy Co., Ltd., a subsidiary of SchneiTec, one of Cambodia’s leading renewable energy developers. The financing will support the development of Cambodia’s first and largest Battery Energy Storage System (BESS) power station in Pursat and Kampong Chhnang provinces, a landmark project that will enhance grid reliability while enabling greater integration of renewable energy into the country’s power system.
Bank of China (Hong Kong) Limited Phnom Penh Branch serves as the Mandated Lead Arranger for the transaction, with Canadia Bank participating alongside other financial institutions. The financing demonstrates strong collaboration among partner commercial banks to mobilize capital for critical infrastructure that supports Cambodia’s long-term economic development and sustainability goals.
The BESS power station is a priority national energy infrastructure project designed to strengthen the stability and reliability of Cambodia’s power grid. By storing excess electricity generated from renewable sources, particularly solar power, and delivering it during periods of peak demand, the facility will help maximize the use o