Assessment of impact of hydrogen cooled generator on power system loadability enhancement

Rajendar Kumar, Ashwani Kumar
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Abstract

Better cooling with the help of hydrogen pressure increases generation limit that will be more beneficial to the electricity marketers in order to utilize maximum capability of generators and transmission line. In this paper, the loadability enhancement is obtained by increasing hydrogen pressure in the hydrogen cooled turbo generators. Firstly the capability curves for the generators have been obtained with the impact of increased cooling and the capacity enhancement has been obtained. Then, with the enhanced capacity, an OPF model is developed in order to obtain increase in the loadability of the power system. Different cases with increase in hydrogen pressure has been considered and required hydrogen pressure requirement is also obtained based on the capability utilization in IEEE 24 bus test system.
氢冷发电机对电力系统负荷增强影响的评价
更好的冷却与氢压力的帮助下提高了发电限制,这将更有利于电力营销商为了利用发电机和输电线路的最大能力。本文通过提高氢冷汽轮发电机组的氢气压力来提高机组的负荷能力。首先得到了增大制冷量影响下的发电机组性能曲线,并得到了制冷量增大的结果。然后,在容量增加的情况下,建立了OPF模型,以获得电力系统负载性的增加。根据IEEE 24总线测试系统的性能利用情况,考虑了不同情况下氢气压力增加的情况,得到了所需氢气压力的要求。
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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