基于LabVIEW的太阳能光伏发电监控系统设计

Design of Solar Photovoltaic Monitoring System Based on LabVIEW

摘要:

针对新能源发电系统中实时数据采集不完整、监控资料缺失等问题,本文设计了基于LabVIEW的太阳能光伏发电监控系统。下位机采用STM32F105作为主控芯片、电压检测元器件PCF8591、LM75A温度检测、三杯式风速检测、BH1750光照强度检测等芯片构成太阳能光伏发电监控模块电路。上位机采用LabVIEW实现监控参数的实时显示、故障报警与记录,监控系统智能开闭和集中化管理。经过测试,系统误差范围在±10％以内,仿真数据与标准数据准确值范围在0.5~20区间。相较于传统的光伏发电监控系统更加节能环保、更加智能、更加便于系统化集中化管理。

Abstract:

This paper designs a solar photovoltaic power generation monitoring system based on LabVIEW, to aiming at the problems of incomplete real-time data acquisition and lack of monitoring data in the new energy generation system. The lower computer uses STM32F105 as the main control chip, voltage detection components PCF8591、LM75A temperature detection, three cup wind speed detection, BH1750 light intensity detection and other chips to form the solar photovoltaic power generation monitoring module circuit. The upper computer uses LabVIEW to realize real-time display of monitoring parameters, fault alarm and record, intelligent opening and closing of monitoring system and centralized management. The system error range is less than ±10%, and the accurate value range of simulation data and standard data is between 0.5~20. Compared with the traditional photovoltaic power generation monitoring system, it is more energy saving, environmental protection, more intelligent, and more convenient for systematic centralized management.