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BC技术引领海上光伏新篇章
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BC技术通过结构创新,深度融合海洋环境,有效提升了海上光伏的发电效率和经济效益。与传统技术相比,BC技术在单位面积内提供更高的能量密度,显著降低了安装和运维成本,尤其适合海域使用成本高、施工窗口短的海洋环境。上海海上光伏项目已成功采用该技术,并有烟台和三门示范基地的成功经验作为支撑。LONGi公司正加速推广BC技术,以满足日益严苛的功率输出和度电成本要求,推动全球能源转型。

💡 **BC技术革新海上光伏效率与经济性**:通过根本性的结构创新,BC技术实现了与海洋环境的深度融合,突破了传统技术的效率瓶颈,并重塑了海上光伏的经济模型。这为电力开发者提供了低风险、高回报且更具确定性的选择,标志着海上能源发展从“规模导向”转向“质量驱动”。

📈 **高功率BC组件提升单位面积能量密度**:同尺寸的BC高功率组件比传统TOPCon组件多输出40W功率。这意味着在相同的装机容量下,可降低约0.15元/瓦的支架和基础成本,并大幅减少运营和维护费用。在海域使用成本高昂、施工窗口短暂的 offshore 环境下,这一优势直接转化为投资回报率的显著提升。

🌍 **实证数据支持,多地成功应用**:BC技术在上海海上光伏项目的全面应用得到了强有力的实证数据支持。此前,CPVT在山东烟台和CGC在浙江三门的项目示范基地均已验证了BC组件在海上光伏场景下的卓越适应性和性能优势,为光伏行业在海洋应用中的组件选择提供了宝贵参考。

🚀 **LONGi加速推广BC技术,驱动能源转型**:在能源转型的浪潮中,海上光伏项目的组件选择对发电效率和度电成本的要求日益严苛。LONGi正凭借其前沿的BC技术解决方案,加速在多样化、复杂场景下的光伏项目部署,推动全球能源格局的变革。

Offshore PV projects are characterized by high development costs and complex construction requirements, making the maximization of power generation within limited sea areas a critical factor for project profitability. Through fundamental structural innovation, BC technology achieves deep integration with the marine environment, not only breaking through the “efficiency ceiling” of traditional technologies but also redefining the economic model for offshore PV. For power generators, choosing BC technology means opting for lower risks and higher returns with greater certainty. For the industry, this marks a pivotal shift in offshore energy development from “scale-oriented” to “quality-driven.”

The comprehensive adoption of BC technology in Shanghai’s offshore PV projects is supported by robust empirical data. Prior to this, demonstration bases at CPVT’s Yantai site in Shandong and CGC’s Sanmen site in Beijing have both validated the exceptional adaptability and performance advantages of BC modules in offshore PV scenarios, providing valuable references for module selection in the PV industry’s marine applications.

The core strength of high-power BC modules lies in their “higher energy density per unit area,” delivering 40W more power than conventional TOPCon modules of the same size. For the same installed capacity, this can reduce support structure and foundation costs by approximately 0.15 CNY/W, while significantly lowering operational and maintenance expenses. In offshore environments, where sea area usage fees are high and construction windows are short, this advantage directly translates into a substantial improvement in return on investment, highlighting BC technology’s innate compatibility with offshore PV applications.

Amid the ongoing energy transition, module selection for offshore PV projects demands increasingly stringent criteria for power generation efficiency and levelized cost of electricity. Today, LONGi is accelerating the deployment of PV projects across diverse and complex scenarios with its cutting-edge BC technology solutions, driving the global transformation of the energy landscape forward.

About LONGi

Founded in 2000, LONGi (Stock code: 601012. SH) is committed to being the world's leading solar technology company, focusing on customer-driven value creation for full scenario energy transformation.

Under its mission of 'making the best of solar energy to build a green world', LONGi has dedicated itself to technology innovation and established several business sectors, covering mono silicon wafers, cells and modulescommercial & industrial distributed solar solutions, green energy solutions, building integrated photovoltaic and hydrogen equipment. As an international company, LONGi's business covers more than 160 countries and regions. Actively practicing its "Solar for Solar" concept, LONGi is accelerating the global transition to sustainable energy and promoting energy equity, enabling more people around the world to access affordable clean energy.

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BC技术 海上光伏 能源转型 LONGi BC technology Offshore PV Energy Transition LONGi
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