Hybrid Wind Mill Power Generation System

Abstract

Wind energy is the environmental pollution free, hazardless and one of the best renewable energy for the generation of electric power. The main objective of the paper is to generate minimum amount of power from the plant without any disturbance, and deals with the technical details involved in the generation of power through wind technology. New wind power plants turbine technologies can and should deliver control with features and performance that are improved compared to other bulk power plant technologies. The current generation wind turbines are up scaled into multi MW range in terms of output power. However, the energy benefits from the turbines is offset by the increase mass and cost. Multi-rotor systems also offer the advantage of standardization, transportation and ease of installation and maintenance. Here in the proposed system when the air flows at certain speed, it strikes the wind blades and the wind blades attached with the rotor starts to rotate, as and when the rotor rotates, the power will be transmitted by means of bevel gear arrangement. The power due to horizontal rotation of the shaft will transmit to the vertical shaft so that the DC Generator also engages and hence the power can be produced. The produced electric power can be stored in the battery, which can be utilized for various purposes.H-Bridge circuit is used to control the motor in both directions. Gear coupling is done with both the axis shaft for the rotation purpose. Spur gear is used along vertical and bevel gear along horizontal. Generator (DC motor) for generating the power and a DC geared motor is also being used for the speed variation.