首页|基于STM32的小功率多能源智能照明互补控制节点设计

基于STM32的小功率多能源智能照明互补控制节点设计

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文章主要介绍一款以STM32F103RBT6 为主控并搭载RT-Therad Nano操作系统,采用LORA组网技术用于照明设备的小功率多能源互补控制器节点.该控制器可以接入太阳能发电、风力发电、地热温差发电、24V直流电、12V锂电池,并对以上5 种能源进行合理储能管理与互补输出控制.该控制节点适合用于广告牌控制器、监控设施,小功率路灯等多种应用场景.
Design of Small Power Multi Energy Intelligent Lighting Complementary Control Node Based on STM32
This article mainly introduces a low-power multi-energy complementary controller node that is controlled by STM32F103RBT6 and equipped with the RT Therad Nano domestic operating system and used LORA network technology.This controller can be connected to solar power generation,wind power generation,geothermal temperature difference power generation,24V DC power and 12V lithium battery,and perform reasonable energy storage management and complementary output control for the above five energy sources.This design is most suitable for low-power street lights,monitoring facilities,and billboard controllers.

new energymulti-energycomplementary control

韩佳芳

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郑州财税金融职业学院,河南 郑州 450000

新能源 多能源 互补控制

郑州市社科联项目

ZSLX20240329

2024

中国照明电器
中国照明电器协会 国家轻工业照明电器信息中心 北京电光源研究所

中国照明电器

影响因子:0.271
ISSN:1002-6150
年,卷(期):2024.(7)
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