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Power System Dynamics
Fast and accurate simulation of smart digital controllers in power system dynamic studies
In recent decades, the number of smart digital controllers employed in electric power systems has increased drastically. Either from …
Mehran Jafari
,
G. Bureau
,
M. Chiaramello
,
A. Guironnet
,
P. Panciatici
,
Petros Aristidou
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Project
DOI
Comparison of Fast Frequency Response Methods in the Low-Inertia Grid of Cyprus
Modern electric power systems with high levels of penetration of renewable energy sources (RES) often present frequency security …
A.Argyrou
,
Savvas Panagi
,
Petros Aristidou
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DOI
Handling of Computationally Demanding Digital Controllers in Power System Dynamic Simulations
Nowadays Smart grids utilize digital controllers to guarantee the reliable and efficient operation of their components. However, the …
Mehran Jafari
,
G. Bureau
,
M. Chiaramello
,
A. Guironnet
,
P. Panciatici
,
Petros Aristidou
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Cite
Project
DOI
A Modelica IBM Implementation for Fast Simulation of Digital Controllers in Power Systems
The behaviour of modern power systems is more and more dictated by smart digital controllers responsible for ensuring the security, …
Mehran Jafari
,
G. Bureau
,
M. Chiaramello
,
A. Guironnet
,
P. Panciatici
,
Petros Aristidou
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Cite
Project
DOI
Decoupled interpolation-based method for numerical simulation of digital controllers
All modern electric power systems employ digital controllers to ensure their secure and optimized operation. The time-domain simulation …
Mehran Jafari
,
G. Bureau
,
M. Chiaramello
,
A. Guironnet
,
P. Panciatici
,
Petros Aristidou
PDF
Cite
Project
DOI
Methods for incorporating digital controllers in power system dynamic simulations
Digital controllers are involved in every aspect of today’s power systems, from local device-level to wide-area supervisory …
Mehran Jafari
,
G. Bureau
,
M. Chiaramello
,
A. Guironnet
,
P. Panciatici
,
Petros Aristidou
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Cite
Project
DOI
Improving Dynamic Performance of Low-Inertia Systems through Eigensensitivity Optimization
An increasing penetration of renewable generation has led to reduced levels of rotational inertia and damping in the power network. The …
A. Venkatraman
,
U. Markovic
,
D. Shchetinin
,
E. Vrettos
,
Petros Aristidou
,
G. Hug
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Project
DOI
Understanding Small-Signal Stability of Low-Inertia Systems
Large-scale integration of renewable generation, usually interfaced to the network through power electronics, has led to drastic …
U. Markovic
,
O. Stanojev
,
Petros Aristidou
,
E. Vrettos
,
D. S. Callaway
,
G. Hug
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Project
DOI
A Passivity-Based Framework for Stability Analysis and Control Including Power Network Dynamics
The ongoing efforts by many countries worldwide to increase the share of renewable energy sources in power generation has changed the …
Chrysovalantis Spanias
,
Petros Aristidou
,
M. Michaelides
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Project
DOI
Stochastic Unit Commitment in Low-Inertia Grids
In this paper, the Unit Commitment (UC) problem in a power network with low levels of rotational inertia is studied. Frequency-related …
M. Paturet
,
U. Markovic
,
S. Delikaraoglou
,
E. Vrettos
,
Petros Aristidou
,
G. Hug
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Project
DOI
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