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@article{161955,
        author = {Piyush Bhutada and Vikas Nandeshwar                                                                          and Srushti Bhuyar                                                                           and Madhur Bhutada                                                                                and Vaibhav Bhuwaniya and Bhushan Berlikar and Radha Bhutada},
        title = {Enhanced Footstep power generation system with RFID charging capabilities},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {10},
        number = {8},
        pages = {186-191},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=161955},
        abstract = {As with energy demand, the country`s population is developing rapidly. At the same time, energy waste is growing in diverse ways. Therefore, the principle answer is to interpret this power without delay right into a useful form. In this step strength technology project, power is generated from human footsteps and utilised to power  the battery. Energy conserved  in batteries may be used to power the cellphones with RELAY. The device includes an Arduino IDE, USB cable, OLED and RFID card. The design, which uses a microcontroller to monitor voltage and charge a connected battery, enables user to keep track of voltage. You can add 3 new customers. When all users enter the device, the device clears the map panel and connects to the charger. By default, all users are given 5 minutes of load time. With that, the relay will turn on and the charger will turn on to charge the phone. If the customer wants to interrupt the loading process, they will have to pull the field again. To prevent loading, the downtime is credited and the swipe card is displayed again. Swipe a card and you may see for a particular card every 5 minutes.},
        keywords = {PIEZOELECTRIC SENSORS, ARDUINO, ATMEGA 328 MICROCONTROLLER, RFID READER, RFID TAG},
        month = {},
        }