Overview / Usage

The temperature sensor continuously measures the ambient temperature.

The Arduino reads the temperature data from the sensor.

Based on a predefined set of temperature thresholds, the Arduino decides whether to activate the heating or cooling device.

The relay module, connected to the Arduino, switches the heating or cooling device on or off accordingly.

Arduino Programming:

The Arduino code includes the following key functionalities:

​

Initialization of sensor and relay pins.

Reading temperature data from the sensor.

Decision-making based on predefined temperature thresholds.

Controlling the relay module to switch the heating or cooling device.

​

Applications:

​

Home climate control.

Temperature regulation in small enclosures.

Seed germination chambers.

DIY incubators for reptiles.

s an accessible and practical introduction to temperature control systems, combining hardware and software elements to achieve automatic environmental regulation.

Methodology / Approach

b Programming:

The Arduino reads the temperature data from the sensor.

Based on a predefined set of temperature thresholds, the Arduino decides whether to activate the heating or cooling device.

ooling device on or off accordingly.

Arduino Programming:

The Arduino code includes the following key functionalities:

​

Initialization of sensor and relay pins.

Reading temperature data from the sensor.

Decision-making based on predefined temperature thresholds.

Controlling the relay module to switch the heating or cooling device.

​

Applications:

​

Home climate control.

Temperature regulation in small enclosures.

Seed germination chambers.

DIY incubators for reptiles.

This project provides an accessible and practical introduction to temperature control systems, combining hardware and software elements to achieve automatic environmental regulation.

Technologies Used

Arduino Module

Software Program

Embedded System

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