Sustained Oscillations in Modern AC Distribution Systems with high DER Infiltration
Sustained oscillations persist without decay, impacting system stability and performance.
Sustained oscillations in distribution systems exhibit unique mechanisms compared to those …
Sustained oscillations in distribution systems exhibit unique mechanisms compared to those …
A three-level distributed architecture for the real-time monitoring of modern power systems
To monitor network operation in real-time, power system operators have developed wide-
area monitoring systems (WAMS). However, the centralized communication and information …
area monitoring systems (WAMS). However, the centralized communication and information …
A model-based approach for small-signal stability assessment of unbalanced power systems
RH Salim, RA Ramos - IEEE transactions on power systems, 2012 - ieeexplore.ieee.org
In this paper, a modeling technique for small-signal stability assessment of unbalanced
power systems is presented. Since power distribution systems are inherently unbalanced …
power systems is presented. Since power distribution systems are inherently unbalanced …
Impact of power factor regulation on small‐signal stability of power distribution systems with distributed synchronous generators
Distributed generation (DG) usage is increasing nowadays, specially in the wider sense of
microgrids. Its technical impacts and restrictions are still under study, and in several aspects …
microgrids. Its technical impacts and restrictions are still under study, and in several aspects …
Analysis of the small signal dynamic performance of synchronous generators under unbalanced operating conditions
This work presents a thorough study about the effects of load unbalance in the dynamics of a
power system that can be modeled as a single machine (synchronous generator) connected …
power system that can be modeled as a single machine (synchronous generator) connected …
Power quality of distributed generation systems as affected by electromechanical oscillations–definitions and possible solutions
Electromechanical oscillations (EMO) are natural responses of synchronous generators to a
mismatch in their net torques and therefore are present in every distribution system …
mismatch in their net torques and therefore are present in every distribution system …
Design of Power Systems Stabilizers for distributed synchronous generators using Linear Matrix Inequality solvers
The objective of this research is to evaluate the performance of a Power System Stabilizers
(PSS), designed using a formulation based on Linear Matrix Inequalities (LMIs), in an …
(PSS), designed using a formulation based on Linear Matrix Inequalities (LMIs), in an …
Analyzing the effect of the type of terminal voltage feedback on the small signal dynamic performance of synchronous generators
RH Salim, RA Ramos - 2010 IREP Symposium Bulk Power …, 2010 - ieeexplore.ieee.org
This work presents a thorough study about the effects of the type of terminal voltage
feedback in the dynamics of a power system that can be modeled as a single machine …
feedback in the dynamics of a power system that can be modeled as a single machine …
A new method to design robust power oscillation dampers for distributed synchronous generation systems
This paper presents a new methodology for the design of power oscillation dampers (PODs)
for synchronous generators connected to distribution networks. The proposed methodology …
for synchronous generators connected to distribution networks. The proposed methodology …
Improving methods for evaluating the stability of electrical systems with distributed generation
F Tiutiunnyk, A Prystupa… - 2016 II International …, 2016 - ieeexplore.ieee.org
In recent years is steady upward trend in the share of distributed generation (DG) in electric
power systems (EPS) of many countries. Along with the undeniable advantage of this trend …
power systems (EPS) of many countries. Along with the undeniable advantage of this trend …