Prototype-Design-for-Smart-Streetlights 1.pptx

Prototype-Design-for-Smart-Streetlights 1.pptx

1. Prototype Design for Smart Streetlights This presentation explores the design and development of a prototype for smart streetlights, offering a sustainable and efficient lighting solution for urban environments. By: Azfreen Amaan Farukh Nawaz Manahil Khalid Khuzaima Nauman Class: six silver group: 02

2. The Need for Smart Streetlights Problem Traditional streetlights consume excessive energy and operate inefficiently and contributing to unnecessary emissions . Impact High energy costs for municipalities, increased carbon emissions, and energy wastage. environmental pollution, and wasted resources are just some of the consequences.

3. Prototype Overview 1 Light Sensor Detects ambient light levels. 2 Microcontroller Processes data and activates/deactivates streetlights. 3 Energy-Efficient LED Lights Provide bright illumination with reduced energy consumption.

4. Supporting Data 150 Traditional Watts per unit. 80 Smart Watts per unit.

5. Design Process 1 Concept Development Identified the need for adaptive lighting solutions. 2 Component Selection and Assembly Selected sensors, microcontrollers, and LED lights, assembling them into a cohesive system. 3 Testing and Adjustments Tested functionality under different lighting conditions, fine-tuning sensor calibration and response time.

6. Challenges and Solutions Sensor Calibration Challenge: Extreme lighting conditions. Solution: Adjusted sensor sensitivity. Wiring and Connectivity Challenge: Issues with wiring and connectors. Solution: Used improved connectors and reorganized wiring.

7. Benefits and Future Applications Energy Savings Significantly reduces energy consumption and costs. Sustainability Promotes environmental sustainability by reducing emissions. Road Safety Provides adaptive lighting, improving road safety.

8. Conclusion and Call to Action The smart streetlight prototype demonstrates how innovative technology can solve energy challenges, offering a sustainable and cost-effective solution for urban infrastructure. Join us in revolutionizing urban lighting for a greener, brighter future!

9. Q&A Thank you for your attention. We welcome your questions and feedback on the project.

10. Next Steps We plan to continue developing and refining the prototype, exploring further applications and integrations for a more sustainable future.