期刊名称：International Journal of Advances in Engineering and Management
电子版ISSN：2395-5252
出版年度：2021
卷号：3
期号：1
页码：48-53
DOI：10.35629/5252-0212777783
语种：English
出版社：IJAEM JOURNAL
摘要：Wind energy is one of the most economical and substantiate forms of renewable energy technologies universally to expedite the ever exponentially increasing electricity demands in a sustainable approach. Presently, India possesses a lot of onshore wind farms that in total accounts for the fifth largest country in terms of wind power capacity around the entire globe. The National Offshore Wind Policy (2015) of the Indian Government aims to harness and create the wind resources within the Exclusive Economic Zone or the EEZ. According to the strategy, a target of 60 Giga-Watt of power generation by the year 2022 has been aimed to be implemented from onshore and offshore wind farms combined. The classical or the traditional method of wind resource assessment is carried out by inspecting a big amount of in situ wind data and figures at variable altitudes. In Indian waters, there are some meteorological masts which are only limited to a few places. Satellite remote sensing helps in giving synoptic data due to the larger swaths and larger periods of acquisition. Microwave scatterometers are one of those, which basically provide satisfactory data for the whole planet. In this research paper, the offshore climatology of the Indian oceans i.e. the Bay of Bengal and the Arabian Sea is generated from a large collection of data of QuikSCAT, OSCAT and ASCAT scatterometers collaboratively. Scatterometer Equipments in general have been manufactured in a way that they could generate long-term synoptic monthly ways of wind vector assessment. Wind Power Density or the WPD is formulated here by using Weibull distribution parameters at an altitude of 10 m above the sea-level. The WPD, Power and the velocity of the wind vector all have been analysed at different altitudes above the sea-level using a set of logarithmic law and WPD scale and surface parameters for a few standard turbines of India working at different capacities and loads. The Annual potential of the wind energy has been thus formulated by considering the bathymetric changes with respect to several uncontrollable variables and the arrangement from the waters for all the coastal states which are the parts of Indian coast’s EEZs.
关键词：Wind Energy;Renewable Resources;Off-Shore Wind Energy;Wind Energy of India;Scatterometer;Exclusive Economic Zone;Weibull distribution parameters
