基于物联网设备的节点MCU和GSM温室环境监测与控制系统

C. Kalaivani, G. G. S. S. Reddy, D. J. Reddy, G. Rajasekhar
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引用次数: 0

摘要

研究工作是通过保持气候、湿度、水分和光照的控制来促进苗木的生长。通过使用最小的费用,更熟练的可编程模块来区分苗圃内部的气候行为方式,并根据其产量创造需求控制边界,通过不同的方法利用板ESP8266 Node MCU模块。需要精简的边界是污垢的含水量,来自正常或虚假来源的照明功率,以及场地区域的温度和湿度。方案建议采用土壤湿度传感器、LDR传感器、温度传感器、粘性传感器进行观测;这大量的传感器将收集到的信息传递给NodeMCU模块,然后,在处理完这些信息后,根据这些信息的估计,通过虹吸管、发动机、烟雾框架、灯光框架来控制各个边界的每个人。在GSM Modem的帮助下,将NodeMCU模块与远程web关联。他们收集了从物联网服务器(即ThinkSpeak)发送的自然边界信息
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Environmental Monitoring and Control System for Greenhouse with Node MCU and GSM Using IoT Devices
The research work is to develop a brilliant nursery plant growth-boosting by maintaining the climate, humidity, moisture, and light control to develop plants. By utilizing a minimal expense more proficient programmable module to distinguish the climatic way of behaving inside the nursery and controlling the boundaries as indicated by their yield creation need, through different methods with the utilization of board ESP8266 Node MCU module. The boundaries that need streamlining are the water content of the dirt, the illumination power coming from the regular or fake origin, and the temperature and moistness of the field region. The plan proposes observing by soil dampness sensor, LDR sensor, temperature, and stickiness sensor; this large number of sensors gathered the information and given to the NodeMCU module, and afterward, after handling the information everyone of the boundaries is controlled through water siphon, engines, fumes framework, and light framework according to the information estimations. With the assistance of GSM Modem, the NodeMCU module is associated with the remote web association. They gathered natural boundaries information shipped off IoT Server i.e, ThinkSpeak
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