摘要：On October 9th, the flame lighting ceremony for China's 15th National Games, 12th National Games for Persons with Disabilities and

On October 9th, the flame lighting ceremony for China's 15th National Games, 12th National Games for Persons with Disabilities and 9th National Special Olympic Games was held in Nansha, Guangzhou. The event marked a historic global breakthrough: the world's first extraction of the "source flame" from flammable ice located 1,522 meters deep in the South China Sea.

BC high-efficiency photovoltaic modules developed by Gokin Solar

In the Haima Cold Seep area in the South China Sea, China's self-developed "Haima", a deep-sea remotely operated vehicle (ROV), was equipped with an in-situ flammable ice collection, decomposition, and ignition device for flammable ice. It successfully collected and ignited the ice on the seabed, creating a spectacular underwater vision of "fire and water coexisting in harmony".

In this groundbreaking achievement, the BC high-efficiency photovoltaic modules and solar tracking system developed by Zhuhai-based Gokin Solar Co., Ltd. provided a stable and reliable supply of clean energy for the "source flame" collection.

The BC high-efficiency photovoltaic modules developed by Gokin Solar feature a busbar-free back-contacted design, offering excellent shading tolerance and low-light response. They maintained stable power output even under complex weather conditions. With only one day available for installation after the research vessel's arrival, the prefabricated installation plan enabled rapid deployment, ensuring the smooth progress of the "source flame" collection.

In the Haima Cold Seep area in the South China Sea at a depth of 1,522 meters, Gokin Solar's solar tracking system converted sunlight into electricity, which was transmitted via special cables to power the underwater ignition equipment. This created a completely closed, clean-energy loop of "light, electricity, and fire", providing a stable and reliable power guarantee for igniting the flammable ice.

珠海光伏技术助力十五运会火种采集

10月9日，第十五届全运会及残特奥会火种采集仪式在广州南沙举行。本次火种采集实现了全球首次从南海1522米深处的可燃冰中获取“源火”的历史性突破。

在南海海马冷泉区，我国自主研发的“海马”号深海遥控潜水器搭载可燃冰原位采集分解及引燃装置，成功在海底采集并引燃可燃冰，形成了“水火相济”的海底奇观。

在这一突破性成就中，珠海高景太阳能股份有限公司的BC高效光伏组件与光伏追踪系统为“源火”采集提供了稳定可靠的清洁能源支持。

高景BC高效光伏组件采用无主栅背电极设计，具备优异的防遮挡性能和弱光响应能力，在复杂天气条件下仍能稳定输出电能。这套系统在科考船到港后仅有一天的安装窗口期内，凭借预制化一体安装方案顺利完成部署，确保了“源火”采集的顺利进行。

在南海1522米深处的海马冷泉区，高景太阳能的光伏追光系统将太阳光转化为电能，通过特种电缆传输至海底驱动设备，形成完整的“光-电-火”清洁能源闭环，为可燃冰的点燃提供了稳定可靠的能源保障。

文｜杨雪薇

图｜受访者供图

翻译｜曾敏

英文审校｜赵凡

来源：羊城派