Generation of Electricity from Wind Power EEE Project - Free Final Year Project's

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Feb 2, 2015

Generation of Electricity from Wind Power EEE Project

This is a good Electrical and Electronics project report on "generation of electricity from wind power or wind energy conversion system". Basic component of WECS are Aero turbine, Yaw control, Rotors, the windmill head, generator. The power in the wind can be computed by using the concepts of kinetics. This report contains all the construction detail, advantage, disadvantage etc. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.

Generation of Electricity from Wind Power

Wind results from air in motion. Air in motion arises from a pressure gradient. Wind may be proadly classified as “planetary” & “local”. Planetary winds area unit caused by larger star heating of the earth`s surface close to the equator than close to the northern or southern poles. This cause heat tropical air to rise and flow through the higher atmosphere towards the poles & cold air from the poles to flow back to the equator nearer to earth’s surface. The direction of motion of planetary winds with regard to the planet is suffering from the rotation of the planet.

Recommended Project: Combined Darrieus-Savonius Wind Turbine

The warm air moving toward the poles within the higher atmosphere assumes AN easterly direction that leads to prevailing westerlies. The westerlies controls events between the three hundred & 600 latitudes. As a result of the earth`s axis is inclined to its sheet round the sun.

Aero Turbine:- Aero rotary engine converts energy in moving air to rotary energy normally, they needed pitch management & yow management for correct operation. A mechanical interface consisting of improve gear & an acceptable coupling transmits the rotary energy to AN electrical generator.

Yaw management:- For localities with the air current in one direction, the look of rotary engine may be greatly simplified. The rotor may be during a fastened orientation with the sweptback space perpendicular to the predominant wind direction.

The wind mill works on the principle of converting kinetic energy of the wind to mechanical energy. The kinetic energy of any particle is equal to one half its mass times the square of its velocity, or ½ mv2. Use this project for your reference and study work.



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