This paper presents the experimental determination of the ZIP coefficients model to
represent (static) modern loads under varying voltage conditions. ZIP are the coefficients of …

Measurement-based load modeling is a promising approach to reliably represent load
behavior in dynamic simulations of large power systems. This paper presents a …

This study presents the experimental determination of the ZIP (constant impedance (Z),
constant current (I), constant power (P)) coefficients for residential appliances in a smart …

The optimal allocation of sources considering voltage-dependent load models is essential
as the power consumption of the loads is sensitive to voltage magnitude. In this paper …

The power consumption of buildings over the course of each minute, hour, day and season
plays a major role in how this load influences the Electric Power System voltage and …

Due to environmental concerns, renewable energy sources (RESs) gradually replace
conventional power generations. Over the past decade, wind and solar electricity generation …

A realistic representation of power system loads has proven to be essential to ensure
reliable and economic operation of a power system. Although the exact load model is nearly …

The location and capacity of Distributed Generators (DG) are the two crucial factors that play
a vital role in distribution networks towards reducing power losses. Independent …

This paper aims to investigate quasi real-time ZIP load models for new Smart Grid-based
Volt-VAR Optimization (VVO) techniques. As recent VVO solutions are able to perform in …

The effectiveness of Conservation Voltage Reduction (CVR) in reducing energy
consumption depends on the instantaneous load composition in the network which is …