8/11/2019 Publications_Chetan

http://slidepdf.com/reader/full/publicationschetan 1/1

School of Energy & Environment Management, Rajiv Gandhi ProudyogikiVishwavidyalaya, Bhopal (M.P.) 150

PUBLICATIONS

1.  ChetanAwasthi, AnuragGour, MukeshPandey (2013). Observed Wind Climate and

Weibul l D istributi on at RGPV Energy Park , Bhopal (I ndia) using WAsP . International

Journal of Emerging Technology and Advanced Engineering (IJETAE), ISSN: 2250-2459,

Vol. 3, Issue 8, August 2013, PP. 710-715.

Abstract  —  The characteristics and reliability of wind energy depends on how it can be

measured, quantified and harnessed. The aim of an observed wind climate measurement is

to provide information to allow the best possible estimate of the energy on the site. Wind

rose and wind speed frequency distribution variability is also important factor in assessing

the uncertainty in the annual energy production of a wind farm. A high-quality wind speed

measurement from a site is therefore of crucial importance in calculating wind atlas

reducing the uncertainty in the predicted energy production. The purpose of this paper is to

calculate wind climate and weibull distribution based on the data measured from an

anemometer mast at RGPV Energy Park, Bhopal (India) using WAsP wind software.

Keywords  — Histogram, Observed Wind Climate, WAsP, Weibull distribution, Wind Rose

2.  ChetanAwasthi, AnuragGour, Pankaj Jain, MukeshPandey (2013). Micro-Scale Modell ing

for Wind Atlas and Wind Climate Prediction at RGPV Hill Top, Bhopal

(India) .International Journal of Engineering Research & Technology (IJERT),ISSN:

2278-0181, Vol. 2 Issue 9, September  –  2013, PP. 1589-1594.

Abstract  — In the micro-scale modelling for wind resource, details of elevation contour

map, roughness of the site and its surroundings, obstacles near the measurement site is

used for WAsP software to increase accuracy in the output. The micro-scale modelling is

crucial for the understanding the wind potential of the area, options available for the

 planning and development of wind energy plants and installation of wind turbines at the

 place of maximum power density to generate electricity from wind. The purpose of this

 paper is to provide generalized wind climate (GWC) or wind atlas, power density, wind

climate prediction of wind turbines and resource grid with power density and mean wind

speed for RGPV Hill Top based on the data measured from an anemometer mast at RGPV

Energy Park, Bhopal (India) using WAsP wind software for micro-scale modelling.

Index Terms  —  Generalized wind climate, micro-scale modelling, wind power density,

resource grid, WAsP.