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@article{173198,
        author = {Anjali sachin patil and Sanket sadanand hiremath and Prathemesh dilip gaikwad and Ruturaj Shishurath Suryawanshi and Prof.Vaishali Babaso Patil},
        title = {FREE ENERGY CREATION FROM FOOT STEP OPERATION BY PLACING TILE IN PUBLIC PLACE TO GENERATE POWER},
        journal = {International Journal of Innovative Research in Technology},
        year = {2025},
        volume = {11},
        number = {9},
        pages = {2583-2587},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=173198},
        abstract = {The use of power becomes essential for every task in modern life. It is not dependent on the climate and the electricity presented in this study will not pollute the environment. The study suggests a new method for producing electricity by using piezoelectric sensors placed along walkways. These sensors may be used to charge batteries and provide force as needed. By converting the mechanical energy of people's movement on the floor into electrical energy, the footstep power generating approach using piezoelectric sensors generates electrical force. The advantages of the piezoelectric force generating system are that it is safe and secure to use, it poses no problems or discomfort to people walking on sidewalks, and it is a completely risk- free approach. Despite having both mechanical and electrical components, the footstep power generating system has very little electrical and mechanical losses. The electrical force can also be stored in a battery via this approach. The electricity generated by this method may be used to power street sign boards and road lights, as well as for activity purposes. Finally, for power-related reasons, the force that will be abandoned can be transferred to the national grid.},
        keywords = {Piezo electric Sensor, Capacitor, Arduino, Diode Bridege.},
        month = {February},
        }