Advance Foot Step Power Generation Using Rfid Charging

Here we propose an advanced step-by-step system that uses Piezo sensors to

generate energy in human footsteps. The system allows for a platform for

action. Piezo sensors are placed under the platform to generate energy in the

steps. The sensors are placed in such a system to produce high output power.

This is then given to our monitoring districts. A circuit is a Microcontroller supported

monitoring circuit that allows the user to monitor power and charge

the connected battery. It also shows the charging output and display on the LCD

display. It also contains a USB mobile charging point where the user can

connect cables to charge a mobile phone from a battery charger. So we charge

the battery using power in the user's footsteps, expose it to the LCD using a

microcontroller circuit and allow mobile charging to set.

ADVANTAGES

•  Self-producing-no outside power required.
•  The system is reduced yet exceedingly touchy.
•  It is Reliable, Economical, and Eco-Friendly.

DISADVANTAGES

•  Care ought to be taken for batteries.
•  It isn't reasonable for estimation in static conditions.
•  It is not suitable for measurement in static conditions.