IoT Based Smart Humidity and Temperature Monitoring System Additional by using WiFi Module

Computer Engineering

Abstract In COVID-19 pandemic period, corona virus propagates rapidly in cold temperature and humidity. Many people are conscious about the environment they are living in. In order to help those people a smart environment monitoring system is needed. A smart Internet of Things (IoT) based temperature and humidity real time monitoring and reporting system is an effective system that is equipped with temperature sensor and relative humidity sensors for taking measurement. The proposed system is an advanced solution for monitoring and live reporting the temperature and humidity at different points in specific locations. The real time data from the sensors are stored in cloud server and email is sent to the predefined recipients to let them access the data remotely over internet. When the measurement of temperature and humidity reaches over safe level then the recipients can take immediate action to alert people to be careful about corona virus. The proposed system is designed based on Arduino UNO Board, humidity and temperature sensor DHT11, ESP8266 Wi-Fi module. The main characteristics of this proposed system is low cost, low power consumption because of self-powered device, high accuracy and user friendly. The system shows a high degree of accuracy and reliability Indian industries majorly include biomedical, agricultural and pharmaceutical which are the pillars of country economy. The monitoring of temperature and humidity are major areas for all these industries. Any kind of unbalancing in the environmental conditions or unset parameters can create financial loss in the productivity of pharmaceutical and agriculture industries. Monitoring of temperature and humidity are also required for biomedical industry for drugs and cell culture methods. In healthcare sectors, environment-controlled conditions are also required for patients threatening. In this paper we are going to measure temperature and humidity by using Arduino tool and DHT11, which will be beneficial for balancing the environment to increase the productivity. Key-Words: Arduino uno, DHT11 Sensor, Proposed System Architecture

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