Safety production based LED light system design for plant factories

Chenjun Yan, Hong Zhou, Jingyue Li
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引用次数: 3

Abstract

Plant factory is a kind of efficient agriculture system, through high-precision computer control system, it brings plants suitable temperature, humidity, illumination and concentrations of carbon dioxide. LED light system based on red and blue light has already been applied into plant factory, aiming at providing suitable illumination for plants. To avoid the harm of blue ray to human eyes and skin, we provides a kind of light system for plant factory based on LED with blue, red and green light. The system adopts STM32 as the main control chip, and uses the PWM technology to regulate the LED light intensity. The system has two modes, manual operation mode and plant growth mode, it can switch its working mode automatically. The key difference between these two modes is the existence of blue ray. Since blue ray does harm to human eyes and skin, when people expose to the working environment, the system will turn to manual operation mode which weakens blue ray. At other times, system will go on the plant growth mode. The system can also detect the environmental parameters and adjust the required illumination parameters to fit plant growth in different life cycle. Furthermore, ZIGBEE technique has been used as network connection solution for large plant factory. From the experiments we have conducted, our system achieved satisfying performance, it realizes safety production of the LED light system for plant factory.
基于安全生产的植物工厂LED照明系统设计
植物工厂是一种高效的农业系统,它通过高精度的计算机控制系统,为植物带来适宜的温度、湿度、光照和二氧化碳浓度。基于红蓝光的LED照明系统已经应用于植物工厂,旨在为植物提供合适的照明。为了避免蓝光对人眼和皮肤的伤害,我们为植物工厂提供了一种基于LED的蓝、红、绿光照明系统。该系统采用STM32作为主控芯片,采用PWM技术调节LED的光强。系统有人工操作模式和植物生长模式两种模式,可自动切换其工作模式。这两种模式的关键区别在于蓝光的存在。由于蓝光对人的眼睛和皮肤有伤害,当人暴露在工作环境中时,系统会转为手动操作模式,从而减弱蓝光。其他时候,系统会走上植物生长模式。该系统还可以检测环境参数,调整所需的照明参数,以适应不同生命周期的植物生长。此外,ZIGBEE技术已被用作大型植物工厂的网络连接解决方案。从实验结果来看,我们的系统取得了令人满意的性能,实现了植物工厂LED照明系统的安全生产。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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