Performance analysis of interline unified power flow controller for parallel transmission lines

Muruganandham, J.; Arun, K.; Thangaraj, K.; Malarselvam, V.

doi:10.1109/icecct.2015.7225994

Cited by 2 publications

(2 citation statements)

References 7 publications

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“…The concept of multi-feeder CPD techniques pre-requisites multi-VSI topologies integrated as shunt-series, series-series and series-shunt via common DC-link capacitor in between two adjacent feeders. Various MF-CPD techniques are studied such as, Interline DVR [9], Interline Power-Flow Compensator (IPFC) [10], Interline-UPQC [11], so on for furnishing the optimal compensation features. This MF-CP device compensates all PQ issues in both single and multi-feeders, voltage-current qualities with additional features like load-sharing, regulate sudden interruptions, enhance the stable operation, etc.…”

Section: Fig1 Schematic Diagram Of Proposed Mf-upqc Devicementioning

confidence: 99%

Power Quality Enhancement in Multi-Feeder Distribution System using Mf-Upqc Device

Rao¹,

Rao²

2019

IJRTE

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The significant usage of power semi-conductor devices in modern single or multi-feeder distribution system is increasing a lot in present situation. The non-linear characterization of power distribution is highly responsible for degradation of power-quality standards. The usage of large-sized non-linear loads provokes the harmonic pollution, voltage interruptions, voltage sag/swell issues are the key problems faced by distribution systems. Over the various compensation methodologies, the highly validated universal device is Unified-Power Quality Compensator. The multi-feeder universal devices play a prominent role and provide the attractive performance with improved characteristics in multi-feeder distribution system. In this work, Multi-Feeder UPQC device is used to compensate all voltage and current related PQ issues in multi-feeder distribution systems and also furnishes load-sharing between adjacent feeders, reduce the power-shortages, maximizes the stable performance. The performance evaluation of proposed MF-UPQC is verified under various case studies with the help of Computer-Simulation tool, results are validated with improved PQ features.

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Section: Fig1 Schematic Diagram Of Proposed Mf-upqc Devicementioning

confidence: 99%

Power Quality Enhancement in Multi-Feeder Distribution System using Mf-Upqc Device

Rao¹,

Rao²

2019

IJRTE

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“…This CPC technique uses custom-power devices (CPDs) to compensate for current and/or voltage associated PQ difficulties, resulting in a multi-feeder network that is simple, stabilized fundamentally important and sinusoidal in shape. The multi-feeder CPDs are categorized based on definite issues such as interline-dynamic voltage restorer (IDVR) [9], interline power-flow controller (IPFC) [10], and interline universal power-quality compensator (IUPQC) [11]. These compensation devices are operated individually for mitigation of either voltage allied PQ problem or current allied PQ problems.…”

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confidence: 99%

A novel PQ improvement in multi-parallel feeder distribution system using multi-convertible UPQC device

Seshu,

Sundaram,

Ramesh

2024

IJAPE

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In the current situation, the use of non-linear power electronic devices in automated industries, arc-furnaces, and adjustable speed drives. The nature of large-sized non-linear loads causes harmonic pollution, voltage interruptions, and voltage sag/swell issues, which are the main issues in modern multi-parallel feeder distribution network. Several mitigation techniques among the above, the multi-convertible universal power-quality conditioner has reliable performance, robust operation and also mitigation of both current-voltage allied power quality (PQ) issues accordingly. The multi-convertible universal power-quality conditioner (Mcon-UPQC) device mitigates power-quality issues by extracting deviated supply voltage and distorted load current by using feasible control algorithm. But, the computational delay, complex mathematical transformation and response delay are the major problem identified in conventional control algorithms. In this work, a novel generalized vector reference control algorithm has been proposed for extraction of fundamental reference voltage-current signals. The performance and effectiveness of proposed control algorithm of Mcon-UPQC device is validated by using MATLAB-Simulink computing tool, simulated outcomes are illustrated with valid comparisons.

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Performance analysis of interline unified power flow controller for parallel transmission lines

Cited by 2 publications

References 7 publications

Power Quality Enhancement in Multi-Feeder Distribution System using Mf-Upqc Device

Power Quality Enhancement in Multi-Feeder Distribution System using Mf-Upqc Device

A novel PQ improvement in multi-parallel feeder distribution system using multi-convertible UPQC device

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