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Smart urban areas make use of Information and Communication Technology (ICT) to enhance live ability, security, and sustainability measures. The very essential smart urban functions are smart live, smart security, and smart sustainability. Power management and security measures are two main challenges in the present urban condition. The key objective of this research is to recognize and solve the challenges in smart classroom electric applications. This research focuses on fulfilling smart classrooms utilizing piezoelectric energy for active areas. The piezoelectric energy harvesting is assembled in the earth surface to produce sufficient power for smart classrooms. The prediction of energy levels at footstep energy helps to maintain a stable energy storage and use smart classrooms. The Arduino Uno Microcontroller were used to minimize power consumption for smart classroom electric appliances. This research work is planned to be implemented in the university, railway station, shopping mall, municipal parks, bus stand, etc., in future.

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Smart Classrooms Electric Appliances Power Consumption Minimization Using Piezoelectric Energy

  • 会议论文

  • 发表日期：

    2025年

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  • Muthu Kumar Balasubramanian,
  • M. Ashwin,
  • J. Ragaventhiran,
  • Muthukumaran Narayanaperumal,
  • Pandiya Rajan Gurupatham,
  • Jasmine Gnana Malar

摘要

Smart urban areas make use of Information and Communication Technology (ICT) to enhance live ability, security, and sustainability measures. The very essential smart urban functions are smart live, smart security, and smart sustainability. Power management and security measures are two main challenges in the present urban condition. The key objective of this research is to recognize and solve the challenges in smart classroom electric applications. This research focuses on fulfilling smart classrooms utilizing piezoelectric energy for active areas. The piezoelectric energy harvesting is assembled in the earth surface to produce sufficient power for smart classrooms. The prediction of energy levels at footstep energy helps to maintain a stable energy storage and use smart classrooms. The Arduino Uno Microcontroller were used to minimize power consumption for smart classroom electric appliances. This research work is planned to be implemented in the university, railway station, shopping mall, municipal parks, bus stand, etc., in future.