光伏发电系统中基于物联网的实时监测与反馈控制

Photovoltaic Power Generation System with Real-Time Monitoring and Feedback Control Based on the Internet of Things

文章主要研究基于物联网的光伏发电系统的实时监测与反馈控制。通过智能架构,实时监测关键参数,并采用比例-积分-微分(Proportion-Integral-Differential,PID)控制算法确保系统在不同工况下的稳定运行。在实时监测方面,选用适用于实时监测的传感器,并通过高频率数据采集提高系统对状态变化的敏感性。通过模块协同与系统整体优化,成功构建高效、稳定、实时响应的光伏发电系统,为清洁能源的可持续利用提供有力支持。

The article focuses on the real-time monitoring and feedback control of photovoltaic power generation system based on Internet of Things.Through the intelligent architecture,the key parameters are monitored in real time,and the Proportion-Integral-Differential(PID)control algorithm is adopted to ensure the stable operation of the system under different working conditions.In terms of real-time monitoring,sensors suitable for real-time monitoring are selected,and the sensitivity of the system to state changes is improved through high-frequency data acquisition.Through module synergy and overall system optimization,a highly efficient,stable and real-time responsive photovoltaic power generation system is successfully constructed,providing strong support for the sustainable use of clean energy.