The impact of generation mix on placement of static VAr compensators

Lasseter R.H.; Wang R.

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The impact of generation mix on placement of static VAr compensators

机译：发电混合对静态VAr补偿器放置的影响

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This paper looks at the problem of placing static VAr compensators to provide maximum transfer capability for all possible generation mixes. The margin to low voltage limit is one of the quantities used to determine power system transfer capability. A fast method for finding the location of SVC systems that will have the greatest impact on the low voltage margin is shown. The IEEE 24 bus system is used to demonstrate this method over a wide range of generation patterns.

机译：本文探讨了放置静态VAr补偿器以为所有可能的发电混合提供最大传输能力的问题。低压极限裕度是用于确定电力系统传输能力的数量之一。显示了一种快速找到SVC系统位置的快速方法，该位置对低压裕量的影响最大。 IEEE 24总线系统用于在广泛的生成模式中演示此方法。

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《IEEE Transactions on Power Delivery》 |1999年第3期|P.1018-1023|共6页
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Lasseter R.H.; Wang R.;
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1. The impact of generation mix on placement of static VArcompensators [J] . Lasseter R.H., Wang R. IEEE Transactions on Power Delivery . 1999,第3期

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3. Optimal Placement and Sizing of Distributed Generators and Distributed-Static Compensator in Radial Distribution System: Distributed Generators and Distributed-Static Compensator [J] . Mahesh Kumar, Bhagwan Das, Mazhar Hussain Baloch, International Journal of Energy Optimization and Engineering: An official publication of the Information Resources Management Association . 2019,第1期

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5. AN ELECTRONIC LOAD COMPENSATOR FOR ARC FURNACES (REACTIVE CURRENT, STATIC VAR COMPENSATOR) [D] . COX, MICKEY DALE 1986

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7. THE IMPACT OF GENERATION MIX ON PLACEMENT OF STATIC VAR COMPENSATORS [O] . Robert H. Lasseter, Ieee Ronghai Wang, Student Member 2013

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The impact of generation mix on placement of static VAr compensators

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