Performance Evaluation of Off-Shore Wind Farms with Fractional Frequency

G. H. Reddy, A. N. Kumar, M. Raju, Sadhan Gope, Muralidhar Nayak Bhukya
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Abstract

Wind energy has become most promising renewable energy sources in the world. Where wind power producing from offshore is more advantages than producing wind power from onshore. Therefore many researchers have worked on offshore wind farm to improve its generation capacity as well as transmission capacity. The detail investigation of technical parameters of transmission line 50Hz. Performance of transmission line at 50Hz and 50/3Hz frequencies is evaluated in terms of voltage, current, efficiency, reactive power loss, voltage regulation, transmission capacity and transferrable length. Transmission line of 100 km length operating at 150 kV is considered in this analysis. Technical parameters are obtained using Newton Raphson method at 50 Hz and 50/3 Hz frequencies. Coding is written in MATLAB. Comparison of technical parameters in performed.
分频海上风电场性能评价
风能已成为世界上最有前途的可再生能源。海上风力发电比陆上风力发电更具优势。因此,许多研究人员致力于提高海上风电场的发电能力和输电能力。对50Hz输电线路的技术参数进行了详细的考察。在50Hz和50/3Hz频率下,从电压、电流、效率、无功损耗、电压调节、传输容量和可转移长度等方面对传输线的性能进行了评价。本文以150千伏、100公里长的输电线路为例进行了分析。在50hz和50/ 3hz频率下,采用牛顿拉弗森法获得技术参数。编码用MATLAB编写。进行了技术参数比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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