On October 16, 2026, LONGi Green Energy officially signed a framework cooperation agreement with the globally renowned energy group ENGIE. According to the agreement, LONGi will provide ENGIE with a total of 800MWp high-efficiency BC photovoltaic modules and 500MWh energy storage products to support ENGIE's photovoltaic and energy storage project development and deployment in multiple key markets in Europe and globally over the next two years. This is the second collaboration between the two parties, following the 1.5GW Hazna photovoltaic project in Abu Dhabi, United Arab Emirates. The scope of cooperation has expanded from single project supply to framework collaboration across multiple markets and categories.
The signing of this framework agreement is based on the solid project cooperation between both parties. In May 2025, Longi Green Energy, ENGIE, and China Power Construction signed a framework agreement in Paris, France. In November of the same year, the three parties further signed a cooperation agreement in Beijing for the PV4 Hazna 1.5GW photovoltaic project in Abu Dhabi, UAE. LONGi supplied 1.1GW of high-efficiency BC modules Hi-MO 9 for the project. The Hazna project is located in a tropical desert climate zone with extremely high and variable summer temperatures. Hi-MO 9 is built on HPBC 2.0 technology and exhibits stable power generation performance and reliability under complex conditions such as high temperature, high humidity, and uneven radiation. After the completion of the project, the annual power generation can meet the electricity demand of about 160000 households, reducing carbon emissions by about 2.4 million tons per year.
It is based on the technical validation and collaborative trust accumulated in the Hazna project that ENGIE has chosen to upgrade its collaboration from project level supply to framework level collaboration. Behind this decision is the accelerated recognition of the photovoltaic and energy storage product portfolio supply model by leading global energy companies, upgrading Longi from a single equipment supplier to a long-term partner in system solutions.
2026年10月16日，隆基绿能与全球知名能源集团ENGIE正式签署框架合作协议。根据协议，隆基将向ENGIE提供总计800MWp高效BC光伏组件及500MWh储能产品，用于支持ENGIE未来两年在欧洲及全球多个重点市场的光伏及储能项目开发与部署。这是双方继阿联酋阿布扎比哈兹纳1.5GW光伏项目之后的再度携手，合作范围从单一项目供应扩展至多市场、多品类的框架性协同。
此次框架协议的签署，建立在双方此前扎实的项目合作基础之上。2025年5月，隆基绿能、ENGIE与中国电建三方在法国巴黎签署框架协议。同年11月，三方在北京进一步签署阿联酋阿布扎比PV4哈兹纳1.5GW光伏项目合作协议，隆基为该项目供应1.1GW高效BC组件Hi-MO 9。哈兹纳项目位于热带沙漠气候区，夏季气温极高且多变，Hi-MO 9基于HPBC 2.0技术打造，在高温、高湿、辐照不均等复杂条件下展现出稳定的发电性能与可靠性。项目建成后年发电量可满足约16万户家庭用电需求，每年减少约240万吨碳排放。
正是基于在哈兹纳项目中积累的技术验证与协作信任，ENGIE选择将合作从项目级供应升级为框架级协同。这一决策的背后，是全球头部能源企业对光伏与储能产品组合供应模式的加速认可，将隆基从单一设备供应商升级为系统解决方案长期伙伴。
The 800MWp photovoltaic modules in this framework agreement will use the Hi-MO 9 module products from the Longi BC technology platform. The Longi BC product family is based on HPBC 2.0 technology, which maximizes light absorption efficiency by placing all battery grid lines on the back to achieve zero shading on the front of the component. In June 2026, LONGi officially released the Hi-MO 9 Prime series components at the Intersolar Europe exhibition. Based on HPBC 2.0 battery technology, the component power can reach up to 680W and the photoelectric conversion efficiency can reach 25.2%, accurately meeting the three core demands of centralized projects for land intensive use, long-term operational reliability, and full lifecycle benefits. As of June 2026, the cumulative commercial sales and shipments of Longi BC technology platform have exceeded 60GW.
The 500MWh energy storage product in the framework agreement will rely on LONGi ONE's full stack optical storage solution. In June 2026, LONGi officially launched the LONGi ONE full stack photovoltaic energy storage system product portfolio to the European market at Intersolar Europe, showcasing its integrated capabilities from efficient BC photovoltaic technology to deep integration of core components of energy storage systems. The core value of LONGi ONE lies in solving the problems of insufficient system collaboration and dispersed responsibility interfaces caused by multi supplier splicing in traditional optical storage projects. Its native integrated architecture's communication side system round-trip efficiency RTE can reach 93.5%, and cluster level management technology can increase the available capacity of energy storage throughout its entire lifecycle by 7%.
The signing of this framework agreement upgrades the cooperation between LONGi and ENGIE from project level equipment supply to multi category, long-term framework collaboration covering multiple key markets in Europe and globally. The combination supply of 800MWp high-efficiency BC components and 500MWh energy storage products is another practice of Longi accelerating its transformation from an "equipment supplier" to a "clean energy solution provider".
本次框架协议中的800MWp光伏组件将采用隆基BC技术平台Hi-MO 9组件产品。隆基BC产品家族以HPBC 2.0技术为核心，通过将电池栅线全部置于背面，实现组件正面零遮光，最大化光吸收效率。2026年6月，隆基在Intersolar Europe展会上正式发布Hi-MO 9 Prime系列组件，同样基于HPBC 2.0电池技术，组件功率最高可达680W，光电转换效率达25.2%，精准契合集中式项目对土地集约利用、长期运行可靠性和全生命周期收益的三大核心诉求。截至2026年6月，隆基BC技术平台累计商业化销售及出货量已突破60GW。
框架协议中的500MWh储能产品将依托隆基LONGi ONE全栈光储解决方案。2026年6月，隆基在Intersolar Europe正式面向欧洲市场发布LONGi ONE全栈光伏储能系统产品组合，展示从高效BC光伏技术到储能系统核心部件深度整合的一体化能力。LONGi ONE的核心价值在于破解传统光储项目中多供应商拼接带来的系统协同不足与责任界面分散问题，其原生一体化架构的交流侧系统往返效率RTE可达93.5%，簇级管理技术可提升储能全生命周期可用容量7%。
此次框架协议的签署，将隆基与ENGIE的合作从项目级设备供应升级为覆盖欧洲及全球多个重点市场的多品类、长周期框架协同。800MWp高效BC组件与500MWh储能产品的组合供应，正是隆基从“设备供应商”向“清洁能源解决方案提供商”加速转型的又一实践。
(Using AI translation)
（使用AI翻译）
