全球最大浮式太阳能系统落地马尔代夫

中国石化新闻网讯 据油气新闻网站8月26日迪拜报道 世界上最大的海上浮式太阳能系统已安装在马尔代夫丽世南阿里环礁。这种海上太阳能独特技术直接能在海洋上收集太阳能，以环保的方式为岛屿供电。

作为度假胜地可持续发展承诺的一部分，丽世南阿里环礁已承诺将二氧化碳排放量降至最低。为了实现这一目标，五星级豪华度假胜地与领先的太阳能供应商斯威索尔合作。斯威索尔是奥地利马尔代夫的一家公司，该公司提供了一种解决方案以克服热带小岛上太阳能电池板的有限空间。因此斯威索尔开发了第一个也是唯一一个获得专利的浮式太阳能系统，其设计能够承受海浪、风暴和海水的恶劣条件。

丽世南阿里环礁总经理表示：“创新是实现真正可持续性的关键，我们很高兴与斯威索尔合作，努力实现我们的生态足迹最小化的目标。作为马尔代夫最大的度假岛屿之一，作为我们致力于良好治理、社会责任和尊重环境标准的一部分，我们的目标是在该地区率先开展生态旅游和海洋保护工作。”

该度假胜地已经在同一家太阳能公司使用屋顶系统。一旦所有合适的屋顶都被太阳能电池板覆盖，度假村决定用12个太阳能平台扩展至海岸线以外。因此，太阳能发电量增加了40%，峰值总功率达到了678千瓦特，足以在太阳活动高峰期为所有客人别墅提供太阳能。

王磊 摘译自 油气新闻

原文如下：

World’s largest floating solar system launched in Maldives

The world’s largest solar system floating at sea has been installed at LUX South Ari Atoll in Maldives. This unique technology called SolarSea gathers solar energy directly on the ocean to power the island in an eco-friendly fashion.

As part of the resort’s commitment to sustainability, LUX South Ari Atoll has pledged to minimize carbon dioxide emissions. To achieve this goal, the five-star luxury resort partnered with the leading solar provider Swimsol, an Austrian-Maldivian company, which provided a solution to overcome the limited space available for solar panels on small tropical islands. Consequently, Swimsol developed the first and only patented floating solar system that is designed to withstand the harsh conditions of the waves, storms and saltwater.

“Innovation is key to achieving true sustainability, and we are happy to partner with Swimsol to work towards our goal of minimizing our ecological footprint. As one of the biggest resort islands in the Maldives, we aim to lead the way with eco-tourism and marine conservation work in our region as part of our commitment to good governance, social responsibility and respect for environmental standards,” said Jonas Amstad, general manager at LUX South Ari Atoll.

The resort is already using a rooftop system with the same solar company. Once all suitable roofs were covered with solar panels, the resort decided to expand beyond the shoreline with twelve SolarSea platforms. Thereby the solar capacity increased by 40% and reached 678 kWp, enough to power all guest villas with solar energy during the peak sun hours.