Indoor Fire Fighter System Using ESP32 and IoT Cloud
Indoor Fire Fighter System Using ESP32 and IoT Cloud
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This project involves an indoor fire-fighting system that uses a gas sensor, exhaust fan, flame sensors, water pump, servo, and buzzer. An ESP32 Dev kit v1 microcontroller with power management system and battery backup is used, and communication is through built-in Wi-Fi and the Arduino IoT cloud for remote monitoring and control.
This project involves an indoor fire-fighting system that uses a gas sensor, exhaust fan, flame sensors, water pump, servo, and buzzer. An ESP32 Dev kit v1 microcontroller with power management system and battery backup is used, and communication is through built-in Wi-Fi and the Arduino IoT cloud for remote monitoring and control.
The Indoor Fire Fighter System using ESP32 and IoT Cloud is a smart device designed to detect and extinguish indoor fires. The system uses a "Gas Sensor (MQ2)" to sense flammable gases and an "Exhaust Fan" to extract them. In addition, two "Flame Sensors" are used to detect fires, and a "Water pump" starts the flow of water to extinguish the fire. The position of the water flow is controlled by a servo attached to the water pump pipe.
The Indoor Fire Fighter System using ESP32 and IoT Cloud is a smart device designed to detect and extinguish indoor fires. The system uses a "Gas Sensor (MQ2)" to sense flammable gases and an "Exhaust Fan" to extract them. In addition, two "Flame Sensors" are used to detect fires, and a "Water pump" starts the flow of water to extinguish the fire. The position of the water flow is controlled by a servo attached to the water pump pipe.
To alert users of a fire, the system includes a buzzer to create a fire alarm, which can also be sent to users via the Arduino IoT Cloud. The cloud also features a dashboard that allows users to monitor and control the system remotely.
To alert users of a fire, the system includes a buzzer to create a fire alarm, which can also be sent to users via the Arduino IoT Cloud. The cloud also features a dashboard that allows users to monitor and control the system remotely.
The main microcontroller used in the system is the "ESP32 Dev kit v1", which includes a "Power Management System" and "Battery Backup" to ensure reliable power delivery. A "16x2 LCD display" is used to display information, and a "DHT11" sensor is used to measure temperature and humidity. The microcontroller's built-in Wi-Fi is used as the communication protocol to connect to the internet.
The main microcontroller used in the system is the "ESP32 Dev kit v1", which includes a "Power Management System" and "Battery Backup" to ensure reliable power delivery. A "16x2 LCD display" is used to display information, and a "DHT11" sensor is used to measure temperature and humidity. The microcontroller's built-in Wi-Fi is used as the communication protocol to connect to the internet.
 Further resources can not be shared publicly without my client's permission. But Authorized Access is still available for the process of recruiting me. Please Describe your organization's or projects information on the access request note on google drive.
This link contain the last update of "Block Diagram"', "Flow Chart", "Circuit Diagram" and "Source Code".
This link contain the last update of "Block Diagram"', "Flow Chart", "Circuit Diagram" and "Source Code".
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