IIC Smart Street Light presentation about a project presented to college

Here's a structured presentation outline for an IIC (Industrial Internet Consortium) Smart Street Light project, suitable for a college presentation. This outline includes sections for introduction, project objectives, methodology, results, and conclusions.

1. Automation in Street Light A project progress report submitted to Sant Longowal Institute Of Engineering And Technology Longowal, District – Sangrur (PUNJAB) Faculty Advisor Dr. Amrik Singh (Professor) ME Department Presented By Pranoy Mukherjee (GME/22), Ujjwal Kharwar (GME/22) Nikhil Kumar Sharma (GEC/22), Nikita Yadav (GME/22) Nisha Kumari (GEC/22), Aditya Kumar Arya (GEC/22)

2. CONTENT 01 02 03 04 Problem Statement Component used in the project Prototype of the proposed model Phase II

3. 1 Existing public lighting systems consume unnecessary energy by remaining illuminated during daylight hours due to manual or timer-based control methods. This inefficiency results in the wastage of precious energy resources and increased operating costs. A more effective solution is needed to automatically adapt public lighting to the changing natural light conditions, reducing energy consumption and minimizing operational expenses. Problem

4. Energy Waste Manual or timer-based controls often result in lights being left on during the day, leading to energy inefficiency and higher costs High Maintenance Traditional systems require frequent maintenance, which can be costly and disrupt public spaces. Environmental Impact Excessive energy consumption and outdated technologies increase carbon emissions and environmental harm. Limited Monitoring There is a lack of centralized monitoring, making it challenging to quickly identify and address system failures 01 Problems with the existing system

5. 2 The following project implements use of different sensors and microcontrollers and microprocessors to make the system truly enabled Components

6. 02 Sl. No. Components Quantity 1. Raspberry Pi Pico WH 4 2. Raspberry Pi 4 2 3. PIR Sensor Module HM -612 8 4. ESP8266 NodeMCU CP2102 Board 5 5. HM-412 Motion based IR 4 6. LM393 Photosensitive Light-Dependent Control Sensor 4 7. AHT25 Integrated temperature and humidity sensor 5 8. Li-ion battery(18650) 2s 2000mAh 4 9. Servo Motors TowerPro SG90 5 10. Li-ion battery 2s 4000-6000 mAh 3 11. 5V Step down regulator 5 12. Perf board (green) 20*20 10 13. Jumper Cables 3 packs 14. Flip switches 10 15. Other Miscellaneous item ( Nut, Screw, Glue, Fabricating material)

7. 3 Progress 节日 PPT 模板 http://www.1ppt.com/jieri/

8. 03 WORKFLOW

9. 03 Circuit Design

10. 03 Prototype

11. 03 Design of Installation BOX

12. 4 An estimated time required to complete the project to achieve the targeted goals. Phase II 节日 PPT 模板 http://www.1ppt.com/jieri/

13. 65 % 35 % An intelligent integration of hardware and software components will result into a better success of the project and that requires a strong support 04 Remaining Completed

14. c 04 Remaining Goals Integration of AWS IoT 2 Integration of MQTT protocol 1 Manufacturing of sensor box 3

15. . . . Thank You