This project aims to design an automatic street light controller circuit that uses GSM network to relay messages to the control center. The system will use Light Depended Resistors (LDRs) and a GSM networking device to control the lighting according to the intensity of the light present. The project will be built on a circuit which is based on IC CA3140 and will utilize capacitors and relays to ensure proper functioning of the system. The expected outcomes include identifying challenges involved in street lighting, designing a system to monitor electric lighting of street lights automatically, and reducing cost and electricity usage. The budget of the project is $150.

Learn how to design an automatic street light controller circuit with GSM device using relay and LDR to reduce electricity consumption and bills. Get all the details here.

Automatic Street Light Controller Circuit with GSM Device

Designing an Automatic Street Light Controller Circuit with GSM Device

LDRs work on the principle of photoconductivity which states that the conductance of an element increases when light falls on the surface of LDR, meaning that an the resistance of an LDR is reduced when a beam of light strikes it. Capacitors, made of materials which dielectric medium flow between, will also be used in this project LDRs work on the principle of photoconductivity which states that the conductance of an element increases when light falls on the surface of

Design of an Automatic Lighting System for the Streets

Presentation

Electrical/Electronic Engineering

This project aims at developing an automated street light control system that is reliable and cost-effective. The system is designed to minimize power wastage and reduce electricity bills by 25% to 60%. The project involves designing a control system for the automation and implementation of the makeable street lights through the application of relay and dependent resistor. The project also aims to appraise and explore the present street light and their relevant control system, design a makeable street light with an automated and effective control unit, develop a designated control hardware unit, evaluate and test for the designed system validity, appraise the cognitive advantages as well as the overall limitations of the designed system, identify and review the related components in line with the designed automatic street lighting unit.

Imus National High School

Electrical Engineering

Automated Street Lightening System Poster

Design Project

This engineering design project focuses on designing an automatic street light controller circuit with GSM device using relay and LDR. The project aims to reduce electricity consumption and control bills for city and municipal councils. The system uses light depended resistors (LDRs) and sensors to detect changes between light and darkness and control the light emitted from the street light according to the intensity of light available. The intensity of light is highest when it is very dark and decreases as the amount of lightness decreases until it shuts down when it is very clear in the morning. The relay is used to provide isolation between the main device and the controller and monitor the device's working condition. Capacitors are also used in the system. The project includes a literature review and discussions on the system description and components.

Cavite State University

BS Computer Engineering

This article discusses the components and working principle of a dark detector sensor using a light dependent resistor (LDR). It explains how the sensor measures light intensity and automatically switches on street lights. The project includes two transistors, an LED, LDR, resistors, a 9VDC battery, a buzzer, and a breadboard. The connection procedure and circuit diagrams are provided.

AMA Computer University

Physics

Instrumentation: Dark Detector Sensor using Light Dependent Resistor

A Level Physics

This paper discusses the design and implementation of an automatic street light control system using light dependent resistor and relay. It explains the background, aims, and objectives of the project, literature review, research methodology, results and discussions, and conclusion. The system reduces energy consumption and improves safety. The paper includes the working principle, circuit diagram, and benefits of this system.

Taylor College

Film and Theatre

Design and Implementation of Automatic Street Light Control System using Light Dependent Resistor and Relay

This study material provides a detailed explanation of the design and analysis of a buck-boost converter. It covers the operation, circuit design, control strategy, and experimental work involved in designing a buck-boost converter. Suitable for students studying electrical engineering or related courses.

Designing an Automatic Street Light Controller Circuit with GSM Device

Design of an Automatic Lighting System for the Streetslg...

Automated Street Lightening System Posterlg...

Designing an Automatic Street Light Controller Circuit with GSM Devicelg...

Instrumentation: Dark Detector Sensor using Light Dependent Resistorlg...

Design and Implementation of Automatic Street Light Control System using Light Dependent Resistor and Relaylg...

Buck-Boost Converter Design and Analysislg...

Design of an Automatic Lighting System for the Streets

Automated Street Lightening System Poster

Designing an Automatic Street Light Controller Circuit with GSM Device

Instrumentation: Dark Detector Sensor using Light Dependent Resistor

Design and Implementation of Automatic Street Light Control System using Light Dependent Resistor and Relay

Buck-Boost Converter Design and Analysis