分布式光伏发电智能组件控制优化器解决方案

Solution of Intelligent Component Control Optimizer for Distributed Photovoltaic Power Generation

分布式光伏产业面临分散资产运维效率低下、无法解决直流安全隐患的问题,为此,本文提出了一种分布式光伏发电智能组件控制优化器解决方案。首先,介绍了智能组件控制器的定义和功能,探究了其应用场景和优势。随后,以某镇初级中学宿舍楼为实验场地,验证了智能组件控制器在不同复杂场景下对光伏系统发电量的提升效果。结果表明,在多朝向、梯间、积灰、鸟粪等4组场景下,安装优化器其发电量分别提升了23%、3%、7.5%和7.9%。最后,本文提供了智能组件控制器在分布式光伏发电中的推广策略。

The distributed photovoltaic industry is facing problems such as low efficiency in the operation and maintenance of dispersed assets and inability to solve DC safety hazards,therefore,this paper proposes a distributed photovoltaic power generation intelligent component control optimizer solution.Firstly,introduces the definition and functions of intelligent component controllers,and explores their application scenarios and advantages.Subsequently,takes the dormitory building of a town's middle school as the experimental site,and verifies the effect of intelligent component controller on the power generation of photovoltaic system in dfferent complex scenarios.The results show that the power generation of the optimizer installed in four scenarios,including multi orientation,staircase,ash deposition,and bird droppings,has increased by 23%,3%,7.5%,and 7.9% respectively.Finally,provides promotion strategies for intelligent component controllers in distributed photovoltaic power generation.