Footstep Power Generation

Journal Title: GRD Journal for Engineering - Year 2016, Vol 1, Issue 5

Abstract

Global environmental issues and shortage of fossil fuel available are major concerned in today’s world. Due to this focus has been turned to renewable energy sources like wind energy solar energy & tidal energy. They are becoming more and more popular all over the world due to many advantages associated with them. Our project concentrates on generation of electricity through a very cheap source i.e. air by a sophisticated mechanism. The objective of this project is to convert potential energy of human footsteps into electrical energy. The project consists of a setup consisting of mechanism to compressed air in foot pumps through human footsteps energy thus converting it into compressed air. This compressed air is then stored in the air tank of sufficient pressure, then this compressed air gets impacted on turbine coupled with D.C. generator through a high pressure nozzle. The D.C. generator generates D.C. voltage which gets stored in battery. This D.C. voltage gets converted into A.C. voltage by an inverter circuit.

Authors and Affiliations

Nikhil R. Matey, Dinesh G. Koche, Nikhil S. Kolte, Shubham W. Nagrale, Swapnil P. Bhoyar

Keywords

Related Articles

An Efficient and Dynamic Search on Encrypted Data

A secure outsourcing of computation to an untrusted (cloud) service provider is becoming more and more important. To protect data privacy, the sensitive data should be encrypted by data owner before outsourcing, which ma...

Enhanced Elliptic Curve Diffie-Hellman Key Exchange Algorithm for Ornamental Security based on Signature and Authentication Algorithm

In today's period of the invasive figuring, the Internet has turned into the principle method of information correspondence. In such a situation, giving security to information turns into a mind boggling assignment. In E...

Cloud Based Home Automation – Adapting Greener Homes

The Home automation technology is set to revolutionize the way people perceive digital devices in our homes and office environment. Now they are no longer just the individual devices, instead, with the HA technology, the...

Vision Based Plant Leaf Disease Detection on The Color Segmentation through Fire Bird V Robot

In today’s world life the use of robot is going on increasing .Robot can able to carry work efficiently and effectively that man can do. In this paper one such application of robo can do is leaf diseases Detection. In th...

Catalytic Oxidation of Dopamine at A Copper Hexacyanoferrate Surface Modified GNP Graphite Wax Composite Electrode

A chemically modified electrode was successfully fabricated by means of depositing a thin layer of Copper hexacyanoferrate (CuHCF) on an amine adsorbed gold nanoparticle graphite paraffin wax composite electrode using a...

Download PDF file
  • EP ID EP218497
  • DOI -
  • Views 94
  • Downloads 0

How To Cite

Nikhil R. Matey, Dinesh G. Koche, Nikhil S. Kolte, Shubham W. Nagrale, Swapnil P. Bhoyar (2016). Footstep Power Generation. GRD Journal for Engineering, 1(5), 105-108. https://europub.co.uk/articles/-A-218497