基于浮岛的可自清洁阵列式太阳能电路研究

Research on Floating Island-Based Self-Cleaning Array Solar Circuit

旨在探索基于浮岛的可自清洁阵列式太阳能电路的设计和性能。传统的太阳能电池板常常受到灰尘、污垢和污染物的影响,降低其能量转换效率。为了解决这一问题,设计了一种基于浮岛的可自清洁系统,该系统通过水泵和漂浮架底部水资源来保持太阳能电池板的清洁状态。首先,介绍了基于浮岛的可自清洁阵列式太阳能电路研究概述,阐述了其目前的研究现状,其次,讨论了基于浮岛的可自清洁阵列式太阳能电路的应用原理及设计构建,最后,设计了一种基于浮岛的可自清洁阵列式太阳能发电板组,以期有助于阵列式太阳能电力系统的质量和效率提升。

This study aims to explore the design and performance of a floating island-based selfcleaning array solar circuit.Traditional solar panels are often affected by dust,dirt,and pollutants,which reduces their energy conversion efficiency.To solve this problem,a self-cleaning system based on floating islands was designed,which maintains the cleanliness of solar panels through water resources at the bottom of the floating platform.This paper first introduces the research overview of the floating island-based self-cleaning array solar circuit,elaborates on its current research status,discusses the application principle and design of the floating island-based selfcleaning array solar circuit,and finally designs a floating island-based self-cleaning array solar panel group.This study contributes to the quality and efficiency of array solar power systems.