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优化无功补偿提高功率因素
引用本文:郭先标. 优化无功补偿提高功率因素[J]. 铜业工程, 2013, 0(4): 71-73
作者姓名:郭先标
作者单位:江西铜业集团公司德兴铜矿,江西德兴,334224
摘    要:伴随社会主义经济的全面发展,我国对电力的需求量也增加,对供电配电的水平和质量有了更高的要求.但我国变电站依旧存在如电能质量差,功率因素低,无功功率分配不合理等状况.在此通过对东破变电站无功补偿装置改造,阐述无功补偿装置与技术的应用,满足变电站无功补偿,以提高输电设备的利用率,降低电力系统设备的损坏和有功网损,减少无功电能损失,从而提高东破变电站功率因素.

关 键 词:无功补偿  电能损失  电网  电能质量  功率因素  控制器

Optimizing the Reactive Power Compensation Device to Improve the Power Factor
GUO Xian-biao. Optimizing the Reactive Power Compensation Device to Improve the Power Factor[J]. Copper Engineering, 2013, 0(4): 71-73
Authors:GUO Xian-biao
Affiliation:GUO Xian - biao ( JCC Dexing Copper mine, Denxing,Jiangxi 334224, China)
Abstract:With the development of socialist economy, the power demand in China has also been increased, and the requirements fur the level and quality of power supply and distribution have been higher. But the problems such as poor substation power quality, low power factor, unreasonable reactive power distribution etc. still exist in our country. The reactive power compensation device of the east crushing transformer substation was transfurmed, and the application of reactive compensation device and technology was described, so that the reactive power compensation could be met to improve the utilization rate of transmission equipment, reduce the damage to power system equipment and active power loss, and reduce the reactive power loss, thereby improve the power factor of the east crushing
Keywords:reactive power compensation  electric energy loss  power grid  the quality of electric energy  power factor  controller
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