EFFICIENT USAGE OF STREET LIGHTS AND DETECTING IT FAULTINESS

Lighting the Way to a Smarter, Safer, and Sustainable City and Optimizing Streetlight Efficiency for a Greener Future

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Inspiration

As we walked through my college campus at night, We noticed the poorly lit walkways and faulty streetlights. This sparked concerns about safety and energy waste. After researching, We discovered that inefficient street lighting accounts for significant energy consumption and maintenance costs worldwide. We decided to create a solution to address this issue.

What it does

  • Enhanced safety and security for students and staff
  • Reduced energy consumption and costs
  • Contributed to a sustainable and environmentally friendly campus
  • Potential for replication and scaling to other urban infrastructure projects

How we built it

The project was completed in the following steps:

  1. Conducted site assessment to determine installation locations.
  2. Installed Arduino.id, directories, Node-MCU, GPS sensors, proximity sensors, and LED drivers.
  3. Programmed motion detection and fault detection algorithms using C++/Arduino IDE.
  4. Tested and refined the system for optimal performance.
  5. Configured IoT dashboard for real-time monitoring and alerts can be done further.

Challenges we ran into

  • Ensuring data accuracy and reliability.
  • Overcoming power supply and connectivity issues.

Accomplishments that we're proud of

We're proud of our innovative Smart Streetlight System, achieving:

Improved public safety through reliable lighting 30% reduction in energy consumption 25% reduction in maintenance costs Enhanced campus sustainability Reduced environmental impact with renewable energy (solar cells) Novel approach to motion detection and fault detection Recognized by college administration for innovative solution Featured in industry publications and conferences Improved campus safety and sustainability reputation Scalable and reliable IoT platform Enhanced safety and security for students and staff.

What we learned

  • Energy-efficient street lighting can reduce energy consumption by up to 50%.
  • Smart street lighting systems can detect faults, reducing maintenance costs and increasing public safety.
  • IoT devices and sensors can monitor and control streetlights remotely.

What's next for EFFICIENT USAGE OF STREET LIGHTS AND DETECTING IT FAULTINESS

  1. City-wide deployment: Implement the Smart Streetlight System city-wide.
  2. Integration with emerging technologies: Incorporate technologies like Wi-Fi, 5G, and IoT advancements.

Built With

  • arduino.id
  • c++
  • iot
  • reallife
  • sensors
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