ISSN 2394-5125
 


    ELECTRICITY GENERATION BY PRESSURE (2022)


    K.SATHISH, P.MAHESH BABU, B.SURESH RAM,N.PRANAY,T.SPANDANA
    JCR. 2022: 823-829

    Abstract

    Now-a-days waste age of electricity is increasing very rapidly, energy is the basic need for the development of modern world people are forced to find new ways to produce energy that will not have an impact on the environment and human health, or this impact will be minimal. Electricity plays a major role in human evolution but creation of it making many problems to environment. As apart of development we need make sure that we create without causing damage to nature and creating it ecofriendly. Now we want to generate it through our daily routine. Electrical power generation is based on Faraday's law of mutual electromagnetic induction The main purpose of our project is to develop such a device that can convert pressure into electrical energy based on the rack and pin mechanism. Electric generators work on the principle of electromagnetic induction. This project will also show that the presence of waste vibration energy might have some values to be used. Therefore, in this regard to save electricity in low cost we came across with our project “ELECTRICITY GENERATION BY PRESSURE”. In our idea there is usage of two metal plates, two springs, a rack & pin, a battery of(5V), a light, a full wave bridge rectifier, when pressure is applied on the metal plates the springs are compressed and a rack & pin mechanism occurs so the energy is converted from external energy to electrical energy the energy which is converted is observed when the light glows with the help of battery. Ecofriendly nature and sustainability of the prototype make the project so simple and user friendly. As it may produce less amount of electricity but in the of time it makes more profits and it may change the phase of electricity generation. As the human’s daily activity consists of lot of energy by converting it into another form of energy can make great changes.

    Description

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    Volume & Issue

    Volume 9 Issue-5

    Keywords