<p>/PRNewswire/ -- GCL 系统集成（GCL SI）宣布与长期合作伙伴 Ocean Sun 成功完成了在马尔代夫 Soneva Secret 度假村的联合浮动太阳能项目，该项目利用了 GCL SI 提供的超过 4200 个 TOPCon 海洋浮动模块，预计在完成后将提供度假村高达 90% 的清洁电力，以完全替代原有的柴油发电机。</p>
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<p>马尔代夫 Soneva Secret 度假村的浮动太阳能项目</p>
<p>该项目预计每年可节省高达 100 万升柴油，并减少超过 2000 吨的碳排放，标志着岛屿和偏远社区通过清洁能源追求经济可行的能源独立的重要一步。</p>
<p>岛屿的发电长期以来依赖柴油发电机，由于土地和屋顶空间的限制，转向和扩大可再生能源项目变得困难，可能会增加成本并限制岛屿的经济发展。</p>
<p>为了最大化海洋表面空间和海上太阳能资源的利用，并解决陆地上光伏电站建设的限制，GCL SI 利用其在海上项目方面的丰富经验，通过对影响海洋环境中光伏模块的边界条件进行深入研究和全面评估，提供了高度防水、耐腐蚀和适应海洋环境的解决方案，包括专为海洋应用开发的 GCL-NT10/60GT 单晶模块。</p>
<p>TOPCon 海洋模块设计用于承受高盐度、高湿度、紫外线暴露以及强风浪条件等恶劣海洋环境，采用多项设计特性以增强可靠性并降低操作风险：</p>
<ul>
<li><strong>防腐框架</strong>：增强的框架涂层厚度（改善 5-10 微米）和抗疲劳设计提高了在高盐离岸环境中的耐用性和耐腐蚀性。</li>
<li><strong>双层涂层玻璃</strong>：增强了对风浪载荷的抵抗，同时最小化水分渗入和盐结晶，降低长期腐蚀风险。</li>
<li><strong>高度防水的接线盒</strong>：保护免受水和盐雾的侵害，解决了热散发挑战，升级了二极管芯片。</li>
<li><strong>双层高克重 POE（聚烯烃弹性体）封装膜，具有升级的耐候性</strong>：增强了防潮屏障、PID 抗性和紫外线稳定性，帮助防止材料随时间降解。</li>
<li><strong>四扣连接器设计</strong>：改善连接稳定性和密封性能，降低在海洋条件下水分渗入和电弧的风险。</li>
</ul>
<p>这些模块已通过 TÜV Rheinland 的多项严格认证，功率衰减显著低于 IEC 标准，确保系统长期可靠运行。</p>
<p>这一里程碑项目突显了 GCL SI 在海上光伏领域的技术能力，同时展示了浮动太阳能解决方案在岛屿能源转型中的实际可行性。通过成功用适应海洋的光伏系统替代基于柴油的发电，该项目突显了通向更清洁、更具韧性的岛屿能源基础设施的可扩展路径。仅在马尔代夫就有数百个度假岛屿，以及全球无数其他仍依赖柴油发电的岛屿社区，复制潜力巨大。</p>
<p>GCL SI 模块的成功部署为全球岛屿和偏远沿海地区提供了通向更清洁、更具韧性的能源系统的实际路径，支持脱碳目标和可持续发展。</p>
<p>来源：GCL SI</p>
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<p>GCL 系统集成（GCL SI）与 Ocean Sun 合作，在马尔代夫的 Soneva Secret 度假村完成了一项浮动太阳能项目。该项目利用了超过 4200 个海洋浮动模块，预计将提供度假村高达 90% 的清洁电力，取代柴油发电机。它旨在每年节省 100 万升柴油，并减少超过 2000 吨的碳排放。此举突显了可再生能源解决方案在岛屿社区中的潜力，解决了土地限制相关的挑战，并促进能源独立</p>

<p>, /PRNewswire/ -- GCL System Integration (GCL SI) has announced the successful completion of the joint floating solar energy project in collaboration with long-term partner Ocean Sun for the Soneva Secret resort in Maldives, which utilizes over 4,200 TOPCon marine floating modules supplied by GCL SI and will provide up to 90 percent of the resort's clean electricity upon completing to fully replace the original diesel generators.</p>
<div class="lb-trans"><p>/PRNewswire/ -- GCL 系统集成（GCL SI）宣布与长期合作伙伴 Ocean Sun 成功完成了在马尔代夫 Soneva Secret 度假村的联合浮动太阳能项目，该项目利用了 GCL SI 提供的超过 4200 个 TOPCon 海洋浮动模块，预计在完成后将提供度假村高达 90% 的清洁电力，以完全替代原有的柴油发电机。</p>
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<div class="lb-trans"><p>继续阅读</p>
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<p>Floating Solar Project in Soneva Secret Resort, Maldives</p>
<div class="lb-trans"><p>马尔代夫 Soneva Secret 度假村的浮动太阳能项目</p>
</div><p>The project is estimated to save up to 1 million liters of diesel annually and reduce carbon emissions by more than 2,000 tons, marking a critical step forward for islands and remote communities pursuing economically viable energy independence through clean sources.</p>
<div class="lb-trans"><p>该项目预计每年可节省高达 100 万升柴油，并减少超过 2000 吨的碳排放，标志着岛屿和偏远社区通过清洁能源追求经济可行的能源独立的重要一步。</p>
</div><p>Power generation on islands has long relied on diesel gensets, and due to land and roof space constraints, transitioning to and scaling up renewable power projects is difficult and may increase costs and limit economic development for islands.</p>
<div class="lb-trans"><p>岛屿的发电长期以来依赖柴油发电机，由于土地和屋顶空间的限制，转向和扩大可再生能源项目变得困难，可能会增加成本并限制岛屿的经济发展。</p>
</div><p>To maximize the utilization of ocean surface space and offshore solar resources, and to address the constraints of photovoltaic power station construction on land, GCL SI leveraged its extensive experience in offshore projects, and through thorough research and complete evaluation of the boundary conditions affecting photovoltaic modules in marine environments, the company offered highly waterproof, corrosion-resistant and marine-resistant solutions tailored to diverse sea conditions, including the GCL-NT10/60GT Monocrystalline Module specifically developed for marine application.</p>
<div class="lb-trans"><p>为了最大化海洋表面空间和海上太阳能资源的利用，并解决陆地上光伏电站建设的限制，GCL SI 利用其在海上项目方面的丰富经验，通过对影响海洋环境中光伏模块的边界条件进行深入研究和全面评估，提供了高度防水、耐腐蚀和适应海洋环境的解决方案，包括专为海洋应用开发的 GCL-NT10/60GT 单晶模块。</p>
</div><p>Designed to withstand harsh marine environments characterized by high salinity, humidity, ultraviolet exposure, and strong wind and wave conditions, the TOPCon marine modules incorporate multiple design features to enhance reliability and reduce operational risks:</p>
<div class="lb-trans"><p>TOPCon 海洋模块设计用于承受高盐度、高湿度、紫外线暴露以及强风浪条件等恶劣海洋环境，采用多项设计特性以增强可靠性并降低操作风险：</p>
</div><ul>
<li><strong>Anti-corrosion frames</strong>: Enhanced frame coating thickness (5–10 μm improvement) and fatigue-resistant design improve durability and corrosion resistance in high-salt offshore environments.</li>
<li><strong>Double-coated glass</strong>: Strengthens resistance to wind and wave loads while minimizing water ingress and salt crystallization, reducing long-term corrosion risks.</li>
<li><strong>Highly waterproof junction boxes</strong>: Protects against water and salt spray, addresses heat dissipation challenges with upgraded diode chip.</li>
<li><strong>Dual-layer high-grammage POE (polyolefin elastomer) encapsulant film with upgraded weatherability</strong>: Enhances moisture barriers, PID resistance, and ultraviolet stability, helping prevent material degradation over time.</li>
<li><strong>Four-buckle connector design</strong>: Improves connection stability and sealing performance, reducing the risk of water ingress and electrical arcing in marine conditions.</li>
</ul>
<div class="lb-trans"><ul>
<li><strong>防腐框架</strong>：增强的框架涂层厚度（改善 5-10 微米）和抗疲劳设计提高了在高盐离岸环境中的耐用性和耐腐蚀性。</li>
<li><strong>双层涂层玻璃</strong>：增强了对风浪载荷的抵抗，同时最小化水分渗入和盐结晶，降低长期腐蚀风险。</li>
<li><strong>高度防水的接线盒</strong>：保护免受水和盐雾的侵害，解决了热散发挑战，升级了二极管芯片。</li>
<li><strong>双层高克重 POE（聚烯烃弹性体）封装膜，具有升级的耐候性</strong>：增强了防潮屏障、PID 抗性和紫外线稳定性，帮助防止材料随时间降解。</li>
<li><strong>四扣连接器设计</strong>：改善连接稳定性和密封性能，降低在海洋条件下水分渗入和电弧的风险。</li>
</ul>
</div><p>The modules have passed multiple stringent certifications from TÜV Rheinland, with power degradation significantly lower than IEC standards, ensuring long-term and reliable system operation.</p>
<div class="lb-trans"><p>这些模块已通过 TÜV Rheinland 的多项严格认证，功率衰减显著低于 IEC 标准，确保系统长期可靠运行。</p>
</div><p>This milestone project underscores GCL SI's technical capability in offshore photovoltaics while demonstrating the practical viability of floating solar solutions for island energy transition. By successfully replacing diesel-based generation with marine-adapted photovoltaic systems, the project highlights a scalable pathway toward cleaner and more resilient energy infrastructure for islands. With hundreds of resort islands in the Maldives alone, and countless more island communities worldwide still reliant on diesel power, the replication potential is substantial.</p>
<div class="lb-trans"><p>这一里程碑项目突显了 GCL SI 在海上光伏领域的技术能力，同时展示了浮动太阳能解决方案在岛屿能源转型中的实际可行性。通过成功用适应海洋的光伏系统替代基于柴油的发电，该项目突显了通向更清洁、更具韧性的岛屿能源基础设施的可扩展路径。仅在马尔代夫就有数百个度假岛屿，以及全球无数其他仍依赖柴油发电的岛屿社区，复制潜力巨大。</p>
</div><p>The successful deployment of GCL SI's modules paves a practical path toward cleaner, more resilient energy systems for islands and remote coastal regions globally, supporting both decarbonization goals and sustainable development.</p>
<div class="lb-trans"><p>GCL SI 模块的成功部署为全球岛屿和偏远沿海地区提供了通向更清洁、更具韧性的能源系统的实际路径，支持脱碳目标和可持续发展。</p>
</div><p>SOURCE GCL SI</p>
<div class="lb-trans"><p>来源：GCL SI</p>
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GCL SI 在马尔代夫提供海洋浮动太阳能解决方案，助力岛屿能源转型