Synopsis

12
Kashi Institute Of Technology

description

project

Transcript of Synopsis

Kashi Institute Of

Technology

Department Of

Mechanical Engineering

ROADMAP TO POWER GENERATION BY SHOCK ABSORBTION

Submitted By:1. Mr. Deepak Pandey2. Mr. Alok Dubey 3. Mrs. Suman Chaudhari4. Mr. Abhishek Dubey5. Mr. Shashank Singh

Under The Guidance of Prof. Nagarjun Sir

Introduction to TITLE

Situation of electricity in modern era is itself enough to define the need of unconventional way

Electricity : A second need of Human Beings It needs in every moment of our daily life e.g. charging for mobile,For decoration, even I am here giving the presentation with help of it.

Objectives

The major objectives of this project is to think over the unconventional resources.

These resources are reliable.

To achieve our goal.

Result of the project

Today , in terms of electricity , we are very much extrovert. So, this is our small step.

We have so many areas where electricity not proper, so we can implement it there.

Scope , Advantage, Disadvantage Less floor Area

Low budget

Easy maintenance

No obstruction to traffic

Suitable at traffic areas, signals, malls, multiplexes etc.

For lightening up the street light and storage purpose.

Principle of work

We use the basic principle of conversion of mechanical energy to electrical energy

Mechanism can be used

Rack- Pinion mechanism

Roller mechanism

Crank shaft mechanism

Rack pinion mechanism

Rack and pinion assembly gives good mounting convenience.

Maximum gear loss is 3 to 5%

Its efficiency is almost 96%

DC MOTOR

We select DC motor as a generator in our initial steps

Selection of generator is challenging phase.

Selection of springs

Proper balance of speed and torque

Future scope

The generated electricity can be used for street light

In huge model and high input of load of vehicle , the power can be distributed to the villages

Further enhancement could be lead to the new ideas in this unconventional resources.

More suitable and very much compact to increase efficiency