Abstract--The paper presents a demand side response scheme, which assists electricity consumers to proactively control own demands in such a way to deliberately avert congestion periods on the electrical network. The scheme allows shifting loads from peak to low demand periods in an attempt to flattening the national electricity requirement. The scheme can be concurrently used to accommodate the utilization of renewable energy sources, that might be available at user’s premises. In addition the scheme allows a full-capacity utilization of the available electrical infrastructure by organizing a wide-use of electric vehicles. The scheme is applicable in the Eastern and Southern States of Australia managed by the Australian Energy Market Opera...
The INCREASE project aims to increase the penetration of distributed renewable energy sources (DRES)...
The widespread applications of electricity in households and workplaces have shown that energy has b...
In this report, the author will tackle the problems due to the increase in demand for electricity by...
The paper presents a demand side response scheme, which assists electricity consumers to proactively...
The aim of this work is to develop a Demand-Side-Response (DSR) model, which assists electricity end...
AbstractThe aim of this work is to develop a Demand-Side-Response (DSR) model, which assists electri...
Different demand response (DR) mechanisms available in the Australian national electricity market (N...
The current lifestyle of humanity relies heavily on energy consumption, thus rendering it an inevita...
The idea of smart grids requires an intensive data transfer for either load management or monitoring...
Abstract—The paper describes a demand-side response scheme consisting of computer-controlled switche...
Demand side response (DSR) is widely seen as the main intervention tool to address issues of peaks a...
The power demand on the electric grid varies according to the time of the day following users’ needs...
With the grasp of a smart grid in sight, discussions have shifted the focus of system security measu...
Demand-side management (DSM) and a market mechanism involving demand response (DR) receive significa...
As a follow-up to IRGC's report on demand-side flexibility for energy transitions, this Policy Brief...
The INCREASE project aims to increase the penetration of distributed renewable energy sources (DRES)...
The widespread applications of electricity in households and workplaces have shown that energy has b...
In this report, the author will tackle the problems due to the increase in demand for electricity by...
The paper presents a demand side response scheme, which assists electricity consumers to proactively...
The aim of this work is to develop a Demand-Side-Response (DSR) model, which assists electricity end...
AbstractThe aim of this work is to develop a Demand-Side-Response (DSR) model, which assists electri...
Different demand response (DR) mechanisms available in the Australian national electricity market (N...
The current lifestyle of humanity relies heavily on energy consumption, thus rendering it an inevita...
The idea of smart grids requires an intensive data transfer for either load management or monitoring...
Abstract—The paper describes a demand-side response scheme consisting of computer-controlled switche...
Demand side response (DSR) is widely seen as the main intervention tool to address issues of peaks a...
The power demand on the electric grid varies according to the time of the day following users’ needs...
With the grasp of a smart grid in sight, discussions have shifted the focus of system security measu...
Demand-side management (DSM) and a market mechanism involving demand response (DR) receive significa...
As a follow-up to IRGC's report on demand-side flexibility for energy transitions, this Policy Brief...
The INCREASE project aims to increase the penetration of distributed renewable energy sources (DRES)...
The widespread applications of electricity in households and workplaces have shown that energy has b...
In this report, the author will tackle the problems due to the increase in demand for electricity by...