太阳能第一集团

Solar First Group's independently developed "Photovoltaic Support System Based on High-Performance Aluminum Profiles and Rapid Installation Technology" has successfully passed review and been recognized as a 2024 Xiamen High-Tech Achievement Transformation Project, officially awarded a certificate by the Xiamen Science and Technology Bureau.   This project focuses on two key aspects of photovoltaic support systems: core materials and installation processes. On one hand, it utilizes high-performance aluminum profiles, significantly improving weather resistance and mechanical properties while ensuring lightweight construction, enabling long-term stable operation in various complex environments. On the other hand, it innovates rapid installation technology, effectively shortening the construction cycle, reducing project construction costs, and providing customers with more economical support solutions.   As a high-tech enterprise specializing in the R&D, production, and sales of solar photovoltaic products, Solar First Group has always regarded the industrialization of its technological achievements as an important development direction. This recognition by the Xiamen Science and Technology Bureau is not only an authoritative affirmation of the advanced technology and market transformation capabilities of the support system, but also reflects the company's systematic strength across the entire "R&D-transformation-mass production" chain.   Currently, this support system has been widely used in various scenarios such as ground-mounted power stations, rooftop distributed photovoltaics, and tracking systems, becoming an important part of Solar First's product portfolio. In the future, Solar First Group will continue to increase its R&D investment, promote more high-tech achievements to the global market, practice the development vision of "New Energy, New World", and contribute a more solid "Solar First power" to the green energy transformation.

🌞在马来西亚的阳光下，一个 15.6 MWp 的太阳能电池阵列静静地漂浮在一个曾经的锡矿湖面上，反射出宁静的光芒，将科技与自然完美融合。💡这里持续稳定地生产清洁能源，为当地电网提供源源不断的可再生能源。这个马来西亚漂浮式光伏项目，其漂浮系统由……提供太阳能第一集团正在书写绿色篇章“化腐朽为神奇，点石成金。”⚠️这个由矿坑蓄水形成的湖泊拥有丰富的太阳能资源，但也存在一些潜在的挑战：沙质湖床🏝️崎岖不平的地形，以及一个水深超过20米所有这些都使得传统的光伏发电建设变得困难。如何在这片“非凡”的水域上建造一个安全、可靠、可持续的能源方舟，已成为该项目实施的关键挑战。🛠️Solar First Group针对这些挑战提供了切实可行的解决方案：项目团队对场地条件进行了深入评估，并考虑到当地温暖干燥的气候和复杂的水文条件，最终采用了以下方案：TGW-03主浮式系统作为回应。该方案并非追求大型单一结构，而是采用了一种创新的模块化设计。“鱼竿+浮标，”将整体结构分解成更小、更易于管理的组成部分，以实现稳健和可持续的方法。光伏板下方预留的充足通风空间起到了类似……的作用自然散热系统对于模块而言，有助于降低温度并提高发电效率。它的结构具有优异的性能。抵抗环境荷载和抗倾覆能力足以应对湖面每日的波动。⚓为了应对在远离海岸线且湖底崎岖不平的区域进行锚泊的挑战，团队采用了以下措施：预制混凝土块用作锚固件结合由不同材料制成的锚绳系统.这种坚固的锚固解决方案，就像伸入湖底深处的手臂一样，牢牢抓住复杂的地形，确保整个光伏阵列即使在深水中也能保持精确定位和牢固稳定。✅在项目团队严格的对比测试中，TGW-03系统凭借其综合性能脱颖而出：浮子通过以下方式连接全塑料螺栓它们是耐腐蚀且易于维护.杆与浮子之间最少的金属连接点加快安装速度和降低维护成本贯穿整个生命周期。整个系统已经获得TUV认证其安全性和可靠性已通过国际标准认证。🌟当该计划成为现实时，这座15.6兆瓦峰值功率的漂浮式光伏电站正式竣工：曾经的采矿湖现在已经变成了“阳光明媚的水体”携带绿色能源。项目投入运营后，将产生每年数百万千瓦时的清洁电力有效减少碳排放量以千吨计.它不仅为马来西亚提供了实实在在的清洁能源，也为这片土地带来了新的希望。生态意义.🚀我们所见证的不仅是漂浮式太阳能发电项目的成功实施，也是 Solar First Group 利用基于场景的解决方案来帮助在土地资源有限的地区发展绿色能源的实践。未来，这类“驾驭水域”的故事将在更多水道中展开，为全球能源转型和生态协同展现更广阔的蓝色图景。→ 跳转至 LinkedIn 🔗https://www.linkedin.com/feed/update/urn:li:activity:7389495861300371456→ 跳转至 Facebook 🔗https://www.facebook.com/share/v/17bahAbwZ3/