No products in the cart.
-29%
Arduino Uno Mini Projects
Automatic Street Light using Arduino
Availability:
1 in stock
Automatic Street Light using Arduino
The Automatic Street Light project is a simple yet effective system that uses an Arduino Uno and an LDR (Light Dependent Resistor) to automatically control the switching of street lights based on ambient light levels. When it gets dark, the resistance of the LDR increases, which is detected by the Arduino. It then turns ON the LED or street light. When daylight is detected, the light turns OFF automatically.
This system saves electricity and ensures lights are used only when necessary. It can be further enhanced with motion sensors, relays for real street lights, or solar power for sustainable operation.
₹2,950.00 ₹4,130.00 (Incl. GST)
1 in stock
Automatic Street Light using Arduino
The Automatic Street Light using Arduino project is a smart lighting system that automatically turns ON and OFF street lights based on the surrounding light intensity. It uses a Light Dependent Resistor (LDR) as a sensor, an Arduino Uno as the controller, and LEDs to simulate the street lights. This project is simple yet effective, ideal for beginners and students to understand the concepts of light sensing and automation.
The core principle is based on detecting ambient light using an LDR, which changes its resistance depending on the amount of light falling on it. During the daytime, when natural light is available, the LDR’s resistance is low, and the Arduino keeps the LED (street light) OFF. As it gets dark, the resistance increases, triggering the Arduino to turn ON the LED. This automatic switching helps save electricity and ensures lighting is available when needed.
In practical applications, this system can be scaled up using relays to control high-power street lights, solar panels for sustainable energy, and batteries for energy storage. With further enhancements, it can be made part of a smart city system by adding motion sensors, timers, or remote monitoring through IoT.
Based on 0 reviews
Be the first to review “Automatic Street Light using Arduino”
Related products
- Arduino Uno Mini Projects
Rain Detection System using Arduino and Rain Sensor
Rain Detection System using Arduino and Rain Sensor
The Rain Detection System is a simple and practical project that uses an Arduino Uno and a rain sensor module to detect the presence of rain or moisture. It is useful for applications like smart irrigation, automatic window control, and home automation.
The system works by using the rain sensor’s sensing plate, which detects water droplets. When it rains, the sensor’s resistance changes and sends a signal to the Arduino. Based on this signal, the Arduino can display a message on a 16×2 LCD (with I2C) or trigger outputs like a buzzer or LED for alerts.
SKU: Rain Detection System using Arduino and Rain Sensor - Arduino Uno Mini Projects
Wireless Notice Board using Arduino
A Wireless Notice Board using the ATmega328 microcontroller enables remote display of messages via Bluetooth. The ATmega328 receives data from a paired Bluetooth device, processes it, and displays the message on an LCD. This setup is ideal for updating information in real-time, offering convenience and efficiency in various environments.SKU: Wireless Notice Board using ATmega328-1 - Arduino Uno Mini Projects
Alcohol Detector using MQ3 Sensor and Arduino
Alcohol Detector using MQ3 Sensor and Arduino
The Alcohol Detector is a safety-focused project that uses an MQ3 gas sensor, Arduino Uno, and a 16×2 LCD to detect the presence of alcohol in the air. It is commonly used in breathalyzer systems, vehicle safety checks, or security environments.
The MQ3 sensor is sensitive to alcohol vapors and sends an analog signal to the Arduino based on the concentration. The Arduino processes this signal and displays the alcohol level or a warning like “Alcohol Detected” on the LCD screen. A buzzer or LED can be added for audio-visual alerts when the reading crosses a set threshold.
SKU: Alcohol Detector using MQ3 Sensor and Arduino - Arduino Uno Mini Projects
Temperature and Humidity Monitor using DHT11 and Arduino
The Temperature and Humidity Monitor using DHT11 and ATmega328 accurately measures and displays environmental conditions. The DHT11 sensor provides real-time data on temperature and humidity, while the ATmega328 microcontroller processes this data and outputs it to a display. Ideal for weather stations, HVAC systems, and greenhouses.
SKU: temperature-and-humidity-monitor-using-dht11-and-atmega328-project-1
There are no reviews yet.