Impact of Renewable Energies Integration in Interconnected Power System: Transmission-Distribution

Kouba, Nour El Yakine; Amrane, Y.; Lamari, M.; Sadoudi, Slimane

doi:10.1109/cagre.2019.8713305

Cited by 6 publications

(2 citation statements)

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“…The power produced in similar ways can also be fed to the sources from consumer side during peak power demands. Renewable energy sources are experiencing significant growth to ensure normal operation of the system [4]. HVAC, HVDC, VFT, and FASAL are amongst major technologies for grid interconnections with inclusion of clean energy initiatives and developments [5].…”

Section: Introductionmentioning

confidence: 99%

Modelling of an Interconnected Power System using Solar-Wind Energy Integration

Kumar,

Agrawal,

Kumar

et al. 2024

IOP Conf. Ser.: Earth Environ. Sci.

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This paper revolves around the modification and improvement required for increasing the efficiency of the power generation and distribution system. As the demand for electricity and power consumption is increasing day by day, more efficient and capable system is required to reduce the burden and complicatedness of the power grid. The transformation or conversion of conventional power grid to smart grid which contains number of actuators, sensors and transducers which provides ability to control, analyse and maintain the grid which provides support for various types of new loads that are introducing in current period. Along with that, the involvement and guidance of the human element is also increasing rapidly in the power generation and distribution station. This involvement allows the monitoring, analysing, and recording the information to be done more precisely with less factors of error. Based on this, the simulation and integration of renewable energy sources simulated through MATLAB/Simulink reduces the burden on non-renewable source of energies such as Coal, Fuel, etc. Although it will be impossible to replace these sources completely but integrating such sources along with smart grid will allow to monitor and share information regarding the grid and its performance much efficiently. The data shared from smart grid plays a valuable role in estimation energy consumption and what may the demand in the future.

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Section: Introductionmentioning

confidence: 99%

Modelling of an Interconnected Power System using Solar-Wind Energy Integration

Kumar,

Agrawal,

Kumar

et al. 2024

IOP Conf. Ser.: Earth Environ. Sci.

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“…The impact of solar and wind farm disturbances on the stability of the distribution network was found out in [11]. The stability of electricity networks in the presence of renewable energies in interconnected power system: transmission-distribution was presented in [12]. The impact of power solar and wind systems on electrical power network stability was performed in [13].…”

Section: Introductionmentioning

confidence: 99%

Impact of large-scale renewable power plants on the tie-line loadings of a Vietnamese power network

Bao

Ninh

Lâm³

et al. 2023

IJPEDS

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<p>The rapid integration of wind power and power solar plants into the electrical power system has caused several operation issues in recent decades. To investigate the impact of large-scale renewable power plants on the tie-line loadings of a practical power grid, the 110 kV power network of Binh Dinh province, Vietnam is utilized in this paper. This power network with and without three solar power plants (including Fujiwara plant with a peak capacity of 50 MWp, Cat Hiep plant with a peak capacity of <br />49.5 MWp, and Dam Tra O plant with a peak capacity of 50 MWp) and three wind power plants (including Nhon Hoi plant with a capacity of 60MW, Phuong Mai 1 plant with a capacity of 26.4 MW, and Phuong Mai <br />3 plant with a capacity of 20.7 MW) is modeled by using the PSS/E software to examine the tie-line loadings capacity. The simulation results showed that the tie-line loadings of the current power network increase when six renewable power plants are integrated into this network. Therefore, three different scenarios to upgrade the existing power network are proposed. The final results demonstrated the efficiency of the proposed scenarios in solving the tie-line loadings issue of the practical power network.</p>

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Islanding Detection in Microgrid Using Decision Tree Pattern Classifier

Das

2022

Computational Intelligence in Pattern Recognition

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Impact of Renewable Energies Integration in Interconnected Power System: Transmission-Distribution

Cited by 6 publications

References 0 publications

Modelling of an Interconnected Power System using Solar-Wind Energy Integration

Modelling of an Interconnected Power System using Solar-Wind Energy Integration

Impact of large-scale renewable power plants on the tie-line loadings of a Vietnamese power network

Islanding Detection in Microgrid Using Decision Tree Pattern Classifier

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