Every day we sit and work with our laptop, watch TV, play with tablets, use the coffee machine, use the lights, etc. Electrical appliances and devices exist today in large numbers and will continue to grow at a very fast pace. To meet the demand for electricity, fossil fuels have been the main force of electricity production since the industrial era. As effective as fossil fuel is, it will not last forever due to the rapid pace of consumption and growing demand for electricity. As fossil fuel supplies dwindle, it has become clear that renewable energy will become the primary source of global energy. Among all available renewable energy sources, wind energy ranks first. Centuries ago we used the wind to work for us, it powered the windmill that could pump water or grind grains. Today, wind energy is used to generate electricity collected by wind turbines. Many people are skeptical that wind energy cannot provide enough energy for the global grid, or are concerned about the environmental damage caused by implementing this technology. However, thorough research can counter these skepticisms. Further development of this technology would also increase its potential as a major source of electricity. It is one of the most attractive renewable energies because it is subject to many different types of design that help it work more efficiently, it can become cost-efficient in the near future, and it has the potential to meet global energy consumption needs. .Renewable energy has been a puzzle to me since childhood. At home I always turned on the TV, used the light and much more. At that time I didn't care where the electricity came from because it was so accessible that I didn't know... middle of paper... Integration: a case study of Oman." Journal of Wind Energy 2013 (2013): 1- 7. Hindawi Publishing Corporation Web. 4 April 2014. .Negin, Elliott. “Wind Power's Threat to Birds Is Too Much (Op-Ed).” 2013. Web. 21 April 2014. “Offshore Wind Turbines Are Settling new records." Ramboll Group, nd Web. 4 April 2014. .Whitty, J., T. Haydock, B. Johnson, and J. Howe. "On the deflection of anisotropic structural composite aerodynamic components." Journal of Wind Energy 2014: 1 -13. Hindawi Publishing Corporation, April 4. 2014. .