Rapid urbanization is known to magnify the parking challenges that are prime source of increased environmental damage, congestion, and stress among drivers in cities. The proposed system of SOLARGLIDE Auto Parking integrates IoT with AI and solar energy that targets in making parking quite easier while significantly reducing the traffic and pollution. This system also offers a major real time parking slot monitoring along with automated entry and exit. This system also targets to address EV charging stations as well as AI driven traffic management which in turn addresses the issues of time consumption, congestion, and wastage of fuel. The proposed system is highly eco-friendly as well as cost efficient as it uses solar energy. Empowered to be aligned with the smart city initiatives, SOLARGLIDE is designed to set a benchmark for eco-friendly and innovative urban infrastructure.

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Solarglide Auto Parking

  • Abir Chakraborty,
  • Aishwarya Banerjee,
  • Debasmita Chatterjee,
  • Garima Ghorawat,
  • Hritwika Roy,
  • Srilekha Mukherjee,
  • Pradipta Sarkar

摘要

Rapid urbanization is known to magnify the parking challenges that are prime source of increased environmental damage, congestion, and stress among drivers in cities. The proposed system of SOLARGLIDE Auto Parking integrates IoT with AI and solar energy that targets in making parking quite easier while significantly reducing the traffic and pollution. This system also offers a major real time parking slot monitoring along with automated entry and exit. This system also targets to address EV charging stations as well as AI driven traffic management which in turn addresses the issues of time consumption, congestion, and wastage of fuel. The proposed system is highly eco-friendly as well as cost efficient as it uses solar energy. Empowered to be aligned with the smart city initiatives, SOLARGLIDE is designed to set a benchmark for eco-friendly and innovative urban infrastructure.