Passive distribution networks are rapidly transforming to active networks due to ever
growing penetration of mainly renewable distributed energy resources. The integration of …

In this paper, a new generic composite load model structure for industrial facilities is
proposed, which consists of four main loads, an induction motor, a synchronous motor, a …

This work presents a methodology to determine the behavior of the power through the
networks of the Electric Power Systems (SEP) based on the load behavior that can be …

This paper presents the results of a measurement-based load model estimation study, which
was conducted in a distribution network with high penetration of distributed generation. The …

Load modeling is an important task in power system stability analysis and control. Taking
this into account, the development of dynamic load models using a measurement-based …

An application of particle swarm optimization algorithm for power system measurement-
based load modeling is presented in this paper. Load modeling based on measurements is …

The distribution network modeling is of great importance on power system analysis,
considering both power quality and network stability. Computational effort reduction is one of …

Cascading outages involve a series of dynamic phenomena that could lead to large
blackouts and cause severe socio-economic loss. To better study these power system …

Electric loads are essential for power system dynamic simulation. However, load modeling is
one of the most challenging topics due to the diversity and time-varying behavior of the load …

For decades, researchers have sought to make the North American power system as
reliable as possible with many security measures in place to include redundancy. Yet the …