The massive integration of clean energy and renewable energy source (RES) is one of the
most important trends in the low carbon energy transition toward carbon neutrality. Such an …

Parameters of distribution network (DN) equivalent models, developed via the measurement-
based modelling approach are highly dependent on various factors, such as the loading …

Modern power systems have been expanding significantly including the integration of high
voltage direct current (HVDC) systems, bringing a tremendous computational challenge to …

To monitor network operation in real-time, power system operators have developed wide-
area monitoring systems (WAMS). However, the centralized communication and information …

The increasing penetration of distributed renewable energy sources drastically alters the
dynamic characteristics of distribution networks (DNs). Therefore, several equivalent models …

To facilitate the coordination between transmission and distribution system operators,
accurate equivalent models of power system components are required. Towards this …

During the last few years, there is a worldwide drive for the electrification of the
transportation sector to achieve reduced carbon emissions. In this context, the global fleet of …

The ever-increasing requirements for electricity, the emergence of microgrids and the
escalating penetration of distributed generators has reinvigorated the interest in dynamic …

The development of accurate equivalent models of distribution networks (DNs) is one of the
most important aspects for power system dynamic analysis. Consequently, during the last …

The growing penetration of distributed energy resources and the use of new types of loads
have emerged the need to develop robust and up-to-date equivalent models for distribution …