ISSN: 2348 9510 International Journal Of Core Engineering & Management (IJCEM) Volume 1, Issue 5, August 2014 127 Generation of electricity thorough PZT materials with the help footfall stress Rupendra Kumar Gohite, Madhuri Gohite Abstract This paper presents an Electricity Generating Floor that is made to pursue the target of producing electricity through transduction of stress generation by human footfall on the surface where he walks. The EGF aims the smart use of material properties and public gathering situations for efficient generation of electricity. EGF not only provides an efficient source of energy but it is also a clean and pollution free environment. The benefit of application of EGF will be that it is cheap and easy in installation. It will not make any effect on the surrounding and as it is smaller in structure it could be installed anywhere. EGF uses a principle which is completely harmless to the environment. It is a onetime installation and will require a negligible amount of maintenance service thus making it more suitable source of energy generation. This project acts as a transducer for converting stress generated by human weight on the floor to electricity. Power generated from the thousands of visitors to the public gathering places is stored and used for a variety of applications including pedestrian lighting and advertising. The system is not noticeable and does not affect the aesthetics of the area. EGF is noise free power source. Less skilled labor is required for installation and maintenance. Power generated could be used for small requirements and could cut the use of power generated by non-renewable sources of energy. The EGF could also be used in dance floors, gyms, exercise machines etc. The dance floor could give feedback to other systems that use electricity, such as the sound system, motivating the DJ to outperform him/her by responding to the energy generated by the crowd. The floor can have different platforms, providing unique visual experiences on every energy level. All visuals will be a continuous real-time interaction between the clubbers on the floor made visible, allowing every individual’s actions to contribute to the collective experience. By utilizing the energy