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智能组件控制器优化光伏发电性能的应用解决方案

Application Solutions for Intelligent Module Controllers to Optimize Photovoltaic Power Generation Performance

  • 摘要: 从三个方面研究基于智能组件控制器优化光伏发电性能的整体解决方案。首先通过增加直流装机容量,提高空间利用率,实现多装价值;其次避免木桶效应,提高整体发电量,实现多发电价值;最后通过组件级监控,实现精细化管理,提升运维价值。研究结果表明,相对于传统方案,该解决方案能够实现多装,提升发电量,提高运维效率。

     

    Abstract: This article studies the overall solution for optimizing photovoltaic power generation performance based on intelligent component controllers from three aspects. Firstly, by increasing the installed DC capacity and improving space utilization, we can achieve multi installation value. Secondly, avoid the barrel effect and increase the overall power generation to achieve multi generation value. Finally, through component level monitoring, refined management is achieved to enhance operational value. The results indicate that compared to traditional solutions, it is indeed possible to achieve multiple installations, increase power generation, and improve operation and maintenance efficiency.

     

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