The smart grid concept continues to evolve and various methods have been developed to
enhance the energy efficiency of the electricity infrastructure. Demand Response (DR) is …

As the electricity system shifts from a conventional operating system into a smart grid system,
the paper proposes an efficiency-enhancing mechanism comprised of communication …

In this paper, residential demand response is studied through the scheduling of typical home
appliances in order to minimize electricity cost and earn the relevant incentive. A mixed …

Residential air conditioning loads (ACLs) are promising demand response (DR) resources
with a certain flexibility and controllability that can enhance the operational flexibility and …

A key component to understanding demand response programs design is elasticity, which
reflects customer reaction to economic offers. In this work, customer elasticity for Incentive …

In the evolving local retail electricity market hierarchy, demand response providers (DRPs)
are becoming viable interlink for the interaction between distribution system operator (DSO) …

The primary objective of implementing a demand response (DR) program is to actively
involve participants in maximizing social welfare by effectively reducing electricity demand …

Demand Response (DR) programs have been implemented in many competitive electricity
markets to prevent price spikes and power systems unreliability. Mathematical modeling of …

This paper proposes an economic model for the demand response which can explain the
change and the cross-period shift in consumption pattern of individual consumers. The …

Real-time price setting strategies are investigated for use by demand response programs in
future power grids. The major challenge is that consumers have varying degrees of …