采用了一种监测光强度的系统,该系统在乌达扬大学农业学院的植物工厂试验场进行了多次试验

Aveliano Tandrianto, I. N. Setiawan, A. Amrita
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引用次数: 0

摘要

植物工厂是一种具有封闭种植维护系统的植物仓库,有望克服害虫侵袭和气候因素干扰的问题。在本研究中,在乌达亚那大学农学院实验园的植物工厂设计了一个基于物联网的光强监测系统。监控LED光强的数值。本研究使用的硬件采用arduino nano和ESP 32 2个微控制器,使用BH1750传感器测量光通量强度,使用RTC计算设备上的时间。所有硬件组件并行组装,成为一个物联网系统,这是一种能够在任何地方进行自动监控和控制灯光的方式。通过blynk应用程序访问的互联网,在工厂进行物联网监控。有了这项技术,预计未来能够让农民重新使用物联网技术进行耕作,锄地和耕作的概念,成为更现代的农业。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IMPLEMENTASI SISTEM PEMANTAUAN INTENSITAS CAHAYA DENGAN IOT DI PLANT FACTORY KEBUN PERCOBAAN FAKULTAS PERTANIAN UNIVERSITAS UDAYAN
Plant factory is a plant warehouse with a closed planting maintenance system which is expected to overcome the problem of pest attack and disturbance of climatic factors. In this study, an IoT-based light intensity monitoring system has been designed at the Plant Factory, Experimental Garden, Faculty of Agriculture, Udayana University. To monitor the value of the LED light intensity. The hardware used in this study uses 2 microcontrollers, namely arduino nano and ESP 32, using a BH1750 sensor to measure the intensity of light lux and using RTC to calculate the time on the device. All hardware components are assembled in parallel and become an IoT system, which is one way to be able to carry out automatic monitoring and control of lights that can be done anywhere. Monitoring with IoT at the plant factory using the internet which can be accessed through the blynk application. With this technology, it is expected to be able to regenerate farmers in the future to farm using IoT technology, the concept of hoeing and plowing, becoming more modern farming.
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