IOT based Streetlight Monitoring System

Project Title

IOT based Streetlight Monitoring System

Project Area of Specialization Internet of ThingsProject Summary

Most of the places have an automatic streetlight which can sense the daytime and nighttime, and automatically turns on and off according to the night and day. Here we are extending this project by adding one more constraint to turn on the light that is Streetlight will only glow if there is darkness and someone is passing through the street. We also measure the battery voltage if the voltage in the circuit and shows on the screen if the voltages are low it the responsible person troubleshoot the problem. We will count the total number of vehicle’s the passes away on the specific road or parked at parking area. Furthermore, we also add the feature in which the system detects the fire nearby and generate the alert notification using alarm.

Project Objectives

The main objective of this project is to reduce the power consumption by glowing the Streetlight only when it is needed. It will also detect the fire in surroundings and alert the system.

The main objective of this project is to reduce the power consumption by glowing the Streetlight only when it is needed. It will also detect the fire in surroundings and alert the system.

Project Implementation Method

In this project we are demonstrating the prototype of the Smart Streetlight with 3 IR sensors, 1 LDR sensor and 3 LEDs - each representing one streetlight. We will also update the LDR sensor data to the Thing Speak and control the LEDs (Streetlights) over the internet from anywhere in the world. We used an IR sensor to count the total number of vehicle that passes Or park in the parking area. Furthermore, we used Arduino models to measure the battery life of the specific patch of the streetlights. We also add used flame sensor to detect the fire on surrounds in the parking area if it detects the fire it alerts the system through notification.

Benefits of the Project

• Remotely monitored with Controlled Access.
• This has zero manual intervention and thus conserves energy
• Low dependency on manual labor
• Weather and natural lighting are used as input parameter
• Count the total numbers of vehicles at the specific area
• Alert the system when detects the fire.

Technical Details of Final Deliverable

On connecting all the components, in the presence of ambient light from the tube light, the bulb remained off. However, as soon as the tube light was switched off, the LDR sensor detected the absence of light leading to the switching on of the connected bulb using the Arduino UNO board and internet via Wi-Fi. The system is used to count the total number of  vehicles through the sensor  also measured the battery health of the lights if the and show the voltage of the circuit on the screen if the voltages are low the responsible person will check the fault in the battery and repair it. Another feature of this system is to detect the fire on surroundings it there is any fire it detects it using flame sensor and send the notification to the system. This infers the successful working of an automated street lighting system.

Final Deliverable of the Project HW/SW integrated systemCore Industry Energy Other Industries Transportation , Security Core Technology Internet of Things (IoT)Other Technologies OthersSustainable Development Goals Industry, Innovation and Infrastructure, Life on LandRequired Resources

Elapsed time in (days or weeks or month or quarter) since start of the project	Milestone	Deliverable
Month 1	Requirement Gathering	We will gather all the requirements needed for this project
Month 2	Requirement Gathering about Available Sensors	Sensors were able to detect the required parameters.
Month 3	Sensor Connectivity and Configuration	The Sensors will be able to provide us the parameters required for the further commencements of the Project.
Month 4	Sensor Connectivity and Configuration	The Sensors will be able to provide us the parameters required for the further commencements of the Project.
Month 5	Design the complete circuits	This helps to understand about the circuits
Month 6	Design the complete circuits	This helps to understand about the circuits
Month 7	Design the system	Configure and design the real time implementation of the system
Month 8	Design the system	Configure and design the real time implementation of the system
Month 9	Design the system	Configure and design the real time implementation of the system
Month 10	Testing the system from different aspects	This helps us the detect the errors in the system
Month 11	Testing the system from different aspects	This helps us the detect the errors in the system
Month 12	Implement the system	Implement the system