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Humidity & Temperature monitoring using arduino
- 1. Seminar Topic Temperature MonitoringSystem Submitted To Submitted By Mr. Prabhat Gupta Muhammad Javed Associate Professor B.Tech Final Year K.I.T. Rooma Kanpur Roll No. 1616531010
- 2. OBJECTIVE • Using theInternet of Things in homes and industries it is possible to control any electrical or electronic equipment. • We can get the information from any sensor and analyse it graphically or in any user-defined format from anywhere in the world
- 3. HARDWARE REQUIRE • ArduinoUno • ESP8266-01 • DHT11 • AMS1117-3.3V • 9V battery
- 4. SOFTWARE REQUIRE 1. Arduinoide Software 2. Proteus
- 5. WORKING • Temperature informationfrom DHT-11 sensor is analysed graphically on platform using Arduino MCU and ESP8266 Wi-Fi module. • The DHT11 sensor senses temperature, and sends the information to digital pin 5 of Arduino MCU, From Arduino MCU, humidity and temperature values are uploaded to the Cloud at regular intervals of time through ESP8266 Wi-Fi module. • From the Cloud, temperature values can be seen graphically on platform from anywhere in the world.
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- 8. APPLICATION 1. In PharmacyIndustry 2. In Agriculture Field 3. Food Safety Compliances 4. Digital temperature monitoring in laboratories 5. Warehouse and Inventory Management 6. Equipment Monitoring
- 9. Benefits of TemperatureMonitoring System • Save time with instant notifications and alerts • Productivity improvement with advanced analytics • Maintaining regulatory compliance • Creating transparency in the supply chain
- 10. CONCLUSION • The useof temperature monitoring sensors has enabled the monitoring of change in temperature affecting the quality of the products. • Their implementation in different sectors has empowered the logistics and warehousing operations of a company. • The solution these sensors offers along with IoT allows companies to monitor the temperature of their products in a cold chain. • This is enabling companies to ensure the quality of their products while they are in transit.