An Innovatory Method Based on Continuation Power Flow to Analyze Power System Voltage Stability with Distributed Generation Penetration

Đại, Lê Văn; Khoa, Ngô Minh; Quyen, Le Cao

doi:10.1155/2020/8037837

Cited by 14 publications

(12 citation statements)

References 30 publications

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“…Besides that, a quick rise in penetration level may have an effect on the performance of power system, which influences the system stability, quality, voltage profile, and flow of power. Among these issues, the issue of stability of voltage is a significant one [4].…”

Section: Introductionmentioning

confidence: 99%

Impact Analysis of Distributed Solar Photovoltaic Power Generation System Integration on Power Grid Voltage Stability Using Static Techniques

2023

IJETER

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Recently, the rise in consumption of electrical energy and power transmission between various utilities has resulted in the emergence of anxieties about the power system's network voltage stability. Additionally, the necessity for power systems to perform in a secure condition has increased due to an increase in load demand globally. Therefore, the use of renewable energy-based distributed generation is growing quickly to help meet electrical demand and disrupt environmental issues caused by the use of fossil fuels. This type of generation can have a positive or negative influence on the stability of the power system. This paper analyzes the effects of distributed PV power integration on the power grid's voltage stability using static techniques. In order to improve efficacy and accuracy, give a complete and in-depth understanding of the problem of voltage stability, and identify the causes of instability, a combination of four different techniques is employed for analysis. Analysis methodologies include modal analysis, sensitivity analysis, PV curve, and QV curve. The analysis of voltage stability is carried out on an IEEE 14-bus system by using NEPLAN software. The simulation results showed that the integration of a renewable energy resource-based distributed solar PV power system into the test system led to a noticeable improvement in stability degree, a decrease in sensitivity of buses, a significant improvement in system MW loading, an enhancement in voltage profile, and a perceptible increase in reactive power margin

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Section: Introductionmentioning

confidence: 99%

Impact Analysis of Distributed Solar Photovoltaic Power Generation System Integration on Power Grid Voltage Stability Using Static Techniques

2023

IJETER

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“…The paper in [7] proposes an innovative method by modifying the CCPF method. The proposed method is realized on two prediction and correction steps to find successive load flow solutions according to a specific load scenario.…”

Section: Introductionmentioning

confidence: 99%

Development of a method for compressing the information content of the results of the continuation power flow analysis

Bislimi

2023

Preprint

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In this work is developed a method for compressing the information content of the results of the CPF analysis. MATLAB was used as the calculation tool, which made it possible to display the results graphically in a simple manner. In this paper is presented schematically the created algorithm, and then through an example in a theoretical and practical way it is explained step by step by reading the schematics of the algorithm. Synthetic high-voltage grids with 2 to 17 nodes served as test systems. The development of software that can be used for any network will be the subject of future work. The investigations revealed the following advantages of the CPF. It enables the analysis of the system behaviour both in the stable and the unstable area of the system under investigation. The CPF thus provides "exact" information about the load level at which the voltage collapse occurs. This result can be considered "exact" if there is a consensus that the phenomenon of voltage collapse can be described by a stationary approach. Finally, the CPF analyses (PV curve) results are easy to interpret with appropriate graphic processing. Results of voltage stability analyses are presented. The voltage magnitudes and voltage angles are graphically displayed depending on the load for all networks calculated using CPF (from 2 nodes to 17 nodes).

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“…The paper in [6] proposes an innovative method by modifying the CCPF method. The proposed method is realized on two prediction and correction steps to find successive load flow solutions according to a specific load scenario.…”

Section: Introductionmentioning

confidence: 99%

Development of an algorithm for compressing the information content of the results of the continuation power flow analysis

BISLIMI

2023

Preprint

View full text Add to dashboard Cite

In this work, we have developed an algorithm to compress the information content derived from the Continuation Power Flow (CPF) analysis. We utilized MATLAB as the computational tool, which made it possible to display the results graphically in a simple manner. This paper presents a schematic representation of the developed algorithm, followed by a step-by-step explanation using a theoretical and practical example based on the algorithm's schematics. We employed synthetic high-voltage grids ranging from 2 to 17 nodes as test systems. Future work will focus on the development of software that can be applied to any network. Our investigations have revealed several advantages of CPF. It enables the analysis of system behavior in both stable and unstable regions, providing precise information about the load level at which voltage collapse occurs. This accuracy is contingent on a consensus that voltage collapse can be described using a stationary approach. Additionally, CPF analysis results, particularly the PV curves, are easily interpretable with appropriate graphical processing. We present the results of voltage stability analyses, graphically displaying voltage magnitudes and angles as they vary with the load for networks of different sizes, ranging from 2 to 17 nodes, calculated using CPF.

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An Innovatory Method Based on Continuation Power Flow to Analyze Power System Voltage Stability with Distributed Generation Penetration

Cited by 14 publications

References 30 publications

Impact Analysis of Distributed Solar Photovoltaic Power Generation System Integration on Power Grid Voltage Stability Using Static Techniques

Impact Analysis of Distributed Solar Photovoltaic Power Generation System Integration on Power Grid Voltage Stability Using Static Techniques

Development of a method for compressing the information content of the results of the continuation power flow analysis

Development of an algorithm for compressing the information content of the results of the continuation power flow analysis

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