Modeling and Simulation

Last updated on Nov 8, 2021
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Summary

As power systems are becoming more complex and large, so are the requirements for advanced computational tools that bring together numerical analysis, power system modeling, and computational techniques to allow for faster or real-time analysis of the system.

In this research theme, you will find work undertaken by our lab in collaboration with many other institutes to in designing and building such tools.

themes

Publications

A Combined High-, Medium-, and Low-Voltage Test System for Stability Studies with DERs
Future scenarios with high penetration of Distributed Energy Resources (DERs) call out for detailed network modelling at all voltage …
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A Combined High-, Medium-, and Low-Voltage Test System for Stability Studies with DERs
Future scenarios with high penetration of Distributed Energy Resources (DERs) call out for detailed network modelling at all voltage …
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Co-Simulation of Electromagnetic Transients and Phasor Models: A Relaxation Approach
Co-simulation opens new opportunities to combine mature electromagnetic transients (EMT) and phasor-mode (PM) solvers, and takes …
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Power System Dynamic Simulations Using a Parallel Two-Level Schur-Complement Decomposition
As the need for faster power system dynamic simulations increases, it is essential to develop new algorithms that exploit parallel …
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Accelerating the Computation of Critical Eigenvalues with Parallel Computing Techniques
Eigenanalysis of power systems is frequently used to study the effect and tune the response of existing controllers, or to guide the …
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Prospects of a new dynamic simulation software for real-time applications on the Hydro-Quebec system
Hydro-Quebec has a long interest in on-line Dynamic Security Assessment (DSA) driven by its challenging system dynamics. Presently, …
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A Parallel Processing Approach to Dynamic Simulations of Combined Transmission and Distribution Systems
Simulating a power system with both transmission and distribution networks modeled in detail is a huge computational challenge. In this …
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Modular Modelling of combined AC and DC systems in Dynamic Simulations
A formulation is proposed in which an AC-DC system is modeled as a combination of AC grids, DC grids, injectors, AC two-ports and AC/DC …
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Time-domain simulation of large electric power systems using domain-decomposition and parallel processing methods
Dynamic simulation studies are used to analyze the behavior of power systems after a disturbance has occurred. Over the last decades, …
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Prospects of a new dynamic simulation software for real-time applications on the Hydro-Qu'ebec system
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Dynamic Simulation of Large-Scale Power Systems Using a Parallel Schur-Complement-Based Decomposition Method
Power system dynamic simulations are crucial for the operation of electric power systems as they provide important information on the …
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A relaxation scheme to combine Phasor-Mode and Electromagnetic Transients Simulations
This paper deals with a new scheme for coupling phasor-mode and electromagnetic transients simulations. In each simulation, an …
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Dynamic Simulations of Combined Transmission and Distribution Systems using Parallel Processing Techniques
Simulating a power system with both transmission and distribution networks modeled in detail is a huge computational challenge. In this …
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Algorithmic and Computational Advances for Fast Power System Dynamic Simulations
In this paper, some algorithmic and computational advances are presented for power system dynamic simulations. The heart is a …
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Parallel Computing and Localization Techniques for Faster Power System Dynamic Simulations
Dynamic simulation studies are used to analyze the behavior of power systems after a disturbance has occurred. This type of simulation …
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Dynamic Simulations of Combined Transmission and Distribution Systems using Decomposition and Localization
Simulating a power system with both transmission and distribution networks modeled is a challenging task. On the one hand, it is …
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Exploiting Localization for Faster Power System Dynamic Simulations
This paper proposes an algorithm for exploiting the localized response of power system components to accelerate dynamic simulations. …
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A Schur Complement Method for DAE Systems in Power System Dynamic Simulations
This paper proposes a Schur complement-based Domain Decomposition Method to accelerate the time-domain simulation of large, non-linear …
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