Main Article Content
Abstract
India lost first place in worldwide ranking on total installed wind capacity to china. Due to some issues like, grid issue, unavailability of infrastructure, monitoring wind turbine, offshore wind related R & D activities in the country, etc. This makes attributed to the slower pace to addition of wind power capacity; due to unavailability of on-shore wind sites with sufficiently high wind velocity is expected to take centre stage in the next few years. Low wind velocity makes the investment unattractive to developers. In current situation, monitoring and R & D is an investment option. Which has already seen favourable response in a country like china Germany, Denmark would begins in India. This analyses the present situation of wind energy farm at District Devas, Madhya Pradesh and investigates the possibilities of monitor the wind turbine to enhance the performance. In this paper, wind speed, peak speed, standard deviation, wind power density is to estimated monthly at different altitude. Monitor capacity factor, energy generated through wind turbine, X-chart and R-chart drawn, maintenance and environmental impact have been analyzed.
Keywords
Article Details
Authors retain the copyright without restrictions for their published content in this journal. IJSRTM is a SHERPA ROMEO Journal.
Publishing License
This is an open-access article distributed under the terms of 
References
-
[1] Dr. Ahmed S. Wind energy theory and practices. PHI Learning publication 2011.
[2] Chang, Tsang-Jung, et al. "Assessment of wind characteristics and wind turbine characteristics in Taiwan." Renewable energy 28.6 (2003): (851-871).
[3] Albuhairi, Mahyoub H. "Assessment and analysis of wind power density in Taiz-republic of Yemen." Ass. Univ. Bull. Environ. Res 9.2 (2006): (13-21).
[4] British Wind Energy Association. http://www.bwea.com/ref/faq.html. Retrieved April 2006
[5] The World Wind Energy Association Half-year Report 2011
[6] Klunne WE, Beurskens HJM, Westra C. Wind repowering in the Netherlands Energy research Centre of the Netherlands ECN 2001.
[7] Goyal, Mohit. "Repowering—Next big thing in India." Renewable and Sustainable Energy Reviews 14.5 (2010): (1400-1409).
[8] The Indian Wind Energy Association Report 2015.
[9] GWEC-Globle-Wind-2015-Report_April-2016_22_04.pdf
[10] Wilkinson, M.R., Tavner. P.J. Condition monitoring of wind turbine drive trains. In: Proceedings of ICEM’06, 2006. pp. (1–6).
[11] Wilkinson, M.R., Tavner, P.J. Extracting condition monitoring information from a wind turbine drive train. In Proceedings of UPEC’04, 2004, pp. (591–594).
References
[2] Chang, Tsang-Jung, et al. "Assessment of wind characteristics and wind turbine characteristics in Taiwan." Renewable energy 28.6 (2003): (851-871).
[3] Albuhairi, Mahyoub H. "Assessment and analysis of wind power density in Taiz-republic of Yemen." Ass. Univ. Bull. Environ. Res 9.2 (2006): (13-21).
[4] British Wind Energy Association. http://www.bwea.com/ref/faq.html. Retrieved April 2006
[5] The World Wind Energy Association Half-year Report 2011
[6] Klunne WE, Beurskens HJM, Westra C. Wind repowering in the Netherlands Energy research Centre of the Netherlands ECN 2001.
[7] Goyal, Mohit. "Repowering—Next big thing in India." Renewable and Sustainable Energy Reviews 14.5 (2010): (1400-1409).
[8] The Indian Wind Energy Association Report 2015.
[9] GWEC-Globle-Wind-2015-Report_April-2016_22_04.pdf
[10] Wilkinson, M.R., Tavner. P.J. Condition monitoring of wind turbine drive trains. In: Proceedings of ICEM’06, 2006. pp. (1–6).
[11] Wilkinson, M.R., Tavner, P.J. Extracting condition monitoring information from a wind turbine drive train. In Proceedings of UPEC’04, 2004, pp. (591–594).