基于物联网的光源追踪器控制系统设计  

Design of Light Source Tracker Control System Based on Internet of Things

作　　者：孟龙 王浦颖 杜芳芳 杨强 Meng Long;Wang Puying;Du Fangfang;Yang Qiang(School of Intelligent Engineering,Yellow River Institute of Communications,Wuzhi Henan 454950,China)

机构地区：[1]黄河交通学院智能工程学院,河南武陟454950

出　　处：《现代工业经济和信息化》2024年第3期66-67,115,共3页Modern Industrial Economy and Informationization

基　　金：河南省2021年民办普通高等学校学科专业建设资助项目“物联网工程”;黄河交通学院2020年度校级一流专业“物联网工程”;黄河交通学院2023年度校级项目立项-黄河交通学院楼宇屋顶光伏系统的研究与设计(Hhjt-2023110)。

摘　　要："双碳"目标是全球化课题,光伏发电作为新能源的重要组成部分,是实现"双碳"目标不可忽视的手段.以往提高光伏发电效率的光源追踪器大多是离网式的,存在不能人机交互而导致的发电系统管理效能低下的问题.为解决此问题,设计一款基于物联网的可实现实时人机交互的光源追踪器大有必要.The goal of"double carbon"is a global issue,and photovoltaic power generation,as an important part of new energy,is a means to achieve the goal of"double carbon"that cannot be ignored.In the past,most of the light source trackers used to improve the efficiency of PV power generation were off-grid,and there was the problem of low efficiency of power generation system management due to the inability of human-computer interaction.In order to solve this problem,it is necessary to design an Internet of Things(IoT)-based light tracker with real-time human-computer interaction.

关 键 词：物联网 WI-FI技术 STM32单片机 

分 类 号：TK513.4[动力工程及工程热物理—热能工程]