Electrical Engineering Undergraduate Thesis. Designing a Real-Time IoT LoRa Based System Using DHT11 and Dragino LoRa Shield To Determine Radio Refractivity, Refractivity Gradient, and effective earth radius factor (k-factor)

Humidity and Temperature Ambient Real-Time Monitoringusing ESP32 and DHT11

NodeMCU with DHT11

Data retrieved from various NodeMCU's equipped with a DHT11, photo sensors and a moisture sensor stucked in a pot.

NodeMCU + DHT11 + MAX4466 + CCS811

Monitoring Temperature & Humidity

weerstation met de esp8266 12e

A simple weather station. Created with NodeMCU ESP-12E, BMP280 and DHT11. Coded with Arduino IDE to send to Thingspeak and Blynk simultaneously.

This project was set up to track the indoor temperature(SI unit) and humidity to analyze the variation throughout the day. The system consists of esp32 WiFi-MCU and a DHT11 sensor.

Sistema IoT para monitorización de invernaderos Realizado por: I. Cámara, I.Fons, R.Frutos, J.Gómez, J.M.Márquez, F.Oteros, S.Piqueras, A.Rivero y R.Velasco Diseño Electrónico e Instrumentación Universidad Loyola Andalucía

Prueba Estación Exterior LA FLORESTA

leo dht11 sensor in the fyp

Proyecto con Arduino UNO, DHT11 y BMP180

NodeMCU dengan DHT11

Wetterstation mit NodeMCU