Enhancement of Voltage stability and Transmission Congestion management with UPFC

Kishore, Avinash; Mohan, B. Guru

doi:10.14257/ijgdc.2018.11.6.02

Cited by 4 publications

(4 citation statements)

References 15 publications

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“…In (Reis and Maciel Barbosa, 2009;Karbalaei et al, 2010;Zhao J and Yang, 2011;Lim et al, 2012;Ismail et al, 2014;Baleboina et al, 2017;Baleboina and Mageshvaran, 2018;Yuva Kishore and Guru Mohan, 2018;Yari and Khoshkhoo, 2019;Nageswa Rao et al, 2021), a comprehensive assessment of several line stability indices (LSIs) was carried out. Moreover, a modified LSI has been proposed to precisely measure the stability status of system networks at different conditions.…”

Section: Vsismentioning

confidence: 99%

A survey on voltage stability indices for power system transmission and distribution systems

Baleboina,

Mageshvaran

2023

Front. Energy Res.

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Voltage stability is a critical aspect of power system operation, ensuring the reliable and efficient delivery of electrical energy to consumers. Recently, voltage stability in the power system has received much attention. The primary cause of voltage instability is the lack of real and reactive power generation to cope with the continuous demand increment. Maintaining voltage stability while planning, controlling, and assessing the system’s security is a difficult task for power system engineers. From knowledge of past incidents, a lack of reactive power is identified as the primary cause of voltage instability, which may further lead to the total collapse of the system. The importance of voltage stability assessment is essential to maintain the integrity of power systems. It helps prevent voltage instability, which can lead to cascading failures and widespread outages. This paper uses various parameters, including load demand, generator capacity, and system impedance, to develop voltage stability indices (VSIs). The paper mainly focuses on the idea of VSIs that have been developed in order to monitor and control the criticality of the power system. The voltage stability indices for transmission and distributed systems, as well as their subclasses, are thoroughly reviewed in this study. Furthermore, traditional voltage stability methods, as well as various software tools for monitoring the voltage stability problems, are also discussed. In addition, the development of VSIs and its related concepts are clearly described in this paper. This comprehensive survey provides a decent groundwork for future work in this area, and assists professionals in selecting the optimal VSI for various applications. Moreover, it provides a concise overview of methods and the importance of voltage stability assessment in both transmission and distribution systems.

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Section: Vsismentioning

confidence: 99%

A survey on voltage stability indices for power system transmission and distribution systems

Baleboina,

Mageshvaran

2023

Front. Energy Res.

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“…Activation of traditional compensation devices, phase shifters, the setting of transformer taps, and application of FACTS devices are coming under cost-free measures. These are available to the transmission system operator (TSO) for changing the topology of the network [12]. This CM has two aspects: Cost-free and the other one is non-cost-free, as illustrated in Fig.…”

Section: Flexible Ac Transmission Systems Devices (Facts)mentioning

confidence: 99%

A survey on recent advances in transmission congestion management

Gajjala

Ahmad

2021

IRASE

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For the last few decades, the power sector has been restructuring throughout the world, and because of this, congestion is bound to take place in the network. Congestion can lead to market failure, violate transmission capability limits and high electricity prices, and end up threatening the power systems’ reliability and security. Increased congestion may also lead to unexpected price differences in power markets leading to market power. In a deregulated power market (DPM), the independent system operator (ISO)’s fundamental challenge is to preserve the power market’s reliability and safety by improving market efficiency when the network is congested. Therefore, congestion management (CM) is essential in DPM and is the key to the power system. This paper carries out a congestion management methods survey to bring together all recent publications in the DPM. It aims to help readers summarize progressive CM methods, along with traditional CM methods that have been discussed so far. In this paper, we have carried out a comparative survey of the various well-known CM methods.

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“…The proposed location for STATCOM and TCSC had been conducted in IEEE 14 bus test system. Kishore and Mohan in [166] had proposed several analytical approaches for optimally locating UPFC in IEEE 14 bus system with load growth occasions. The location of UPFC was evaluated using LUF and Lmn to identify the most congested network that is classified as the most optimal location.…”

Section: B Voltage Stability Indicesmentioning

confidence: 99%

A Comprehensive Review on Optimal Location and Sizing of Reactive Power Compensation Using Hybrid-Based Approaches for Power Loss Reduction, Voltage Stability Improvement, Voltage Profile Enhancement and Loadability Enhancement

et al. 2020

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Enhancement of Voltage stability and Transmission Congestion management with UPFC

Abstract: Abstract

Cited by 4 publications

References 15 publications

A survey on voltage stability indices for power system transmission and distribution systems

A survey on voltage stability indices for power system transmission and distribution systems

A survey on recent advances in transmission congestion management

A Comprehensive Review on Optimal Location and Sizing of Reactive Power Compensation Using Hybrid-Based Approaches for Power Loss Reduction, Voltage Stability Improvement, Voltage Profile Enhancement and Loadability Enhancement

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