ADVANCED SOLAR –WIND

HYBRID SYSTEMA road to sustained growth

Guided By

Er. R. A. Patil

Presented By

Aniket Lotake

Rahul Bibave

Sukhdeo Dhone

Nitin Gosavi

INTRODUCTION

Today, the world is progressing at quite a fast rate with the use of

conventional sources of energy.

The two major disadvantages of using them are the

environmental pollution created by its use & its limited quantity .

So it’s the time to think for switching on the Non-conventional

sources .

POLLUTION FROM POWER PLANTS

WIND ENERGY

Converts wind energy into

electrical energy

No fuel cost

Free from pollution

WORKING OF WIND TURBINE

SOLAR ENERGY

Sun rays converted into electrical energy

Unlimited supply

No negative impact

Free of cost

Free from pollution

WORKING OF SOLAR PANEL

SINGLE AXIS SOLAR TRACKER

A solar tracker is a device onto which solar panels are fitted

which tracks the motion of the sun across the sky, thus ensuring that the

maximum amount of sunlight strikes the panels throughout the day.

HOW TO TRACK THE SUN

Sunrise Mid-Morning Sunset

GEOGRAPHICAL REGION

Solar

Average solar rays 5kwh/sq m

2300-3200 sun shine hours available per year

Available most part of country

Wind

Annual average wind speed 5-6 m/sAttractive option to supplement the energy supply

HYBRID SYSTEM

Defination

The thing made by combining two or more different power source

Need of Hybridization

For increasing output

For fulfilling demand of consumer

Providing uninterrupted power supply

System can design for both off grid and on grid

WORKING

Solar & Wind turbine produced DC power

Inverter convert DC to AC

Controller monitors the system

EFFICIENCY

Solar –without tracking – 15 %

with tracking - 23 %

Wind –without tracking – 55 %

with tracking - 72 %

ADVANTAGES

Cost saving ( one time investment)

Low maintenance cost

No pollution

The system can be designed for both off-grid and on grid applications.

Better Efficient and easy installation

longer life

APPLICATIONS

Institutes

Irrigation

Factories

Commercial Power generation

Street lighting

Hybrid System (Amrutvahini College)

Capacity – 5 KW

Windmill – 3.2 KWSolar - 1.8 KW

FUTURE SCOPE

In future we can built more sophisticated and less space consuming hybrid system that can handle more loads

Solar based home systems

Photovoltaic tree

CONCLUSION

By this project many villages can be lighted. For villages which are much away from the construction site of large power generating stations such as hydro and nuclear can be provided power.

Also to satisfied the increasing demand of electricity with hybrid power station.