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The thyristor controlled series compensator (TCSC) is possible to improve transmission capability and power system reliability. In the existing transmission capacity model, the state availability and total reactance are decided by the line flow. The line flow is however dependent on the network configuration, and unknown before the probabilistic sampling in reliability analysis. In this paper, the...
In the planning of the electrical transmission system it is of greatest concern to quantify the security margin for unwanted conditions in the system. This paper proposes an approach based on quantifying the risk of insufficient transmission capacity in bottlenecks in the system. Stresses in these critical transfer sections (CTS) provide a potential risk to corrective actions, or worst, load curtailments...
Quantitative transmission system reliability is a prerequisite in transmission system planning and operating that supplying industrial and commercial customer loads. A utility industry traditionally has relied on a set of deterministic criteria such as the widely used N-1 criterion to guide transmission planning supplying all customer types, e. g., residential, agricultural, commercial, industrial...
The integration of a large number of wind farms will have a significant impact on the reliability performance of the electric generation and transmission systems. In this paper, an adequacy evaluation model of wind power integration in power system based on the sequential Monte-Carlo simulation approach is presented. This model is applied to simulate power system including wind power generation. Depth...
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