Following national and international policy guidelines for energy efficiency and in order to optimize supply and demand, electric utilities introduce demand response programs (DR). However firms struggle how to best help consumers to accept these programs. In the light of recent theories of decision-making that favour heuristic over information-based decision strategies, the paper at hand investigates the role of punishment and reward for consumer acceptance of DR. We find that although electric utilities design DR programs mostly based on rewards (assumingly in fear of consumer loyalty), DR regimes based on punishment appear more effective, without jeopardizing loyalty of consumers. Thus, in the light of prospect theory our data indicates ...
Residential electricity demand response programs can play a substantial role in facilitating a susta...
With increased weather-dependent electricity production and electrification at the heart of the ongo...
Due to deregulation and the advent of intermittent renewable power sources, the classic school of th...
In this study, a customer reward scheme is proposed to build an effective demand response program fo...
More flexible demand side would benefit the electricity markets, networks and sustainable power gene...
This study examines a novel incentive-based Demand Reaction (DR) programme utilising a user's reacti...
This work concentrates on issues with demand response on residential end-consumers. It is motivated ...
Historically, utilities have used price signals to motivate changes in residential energy consumptio...
While Demand Response (DR) has been focused on large and industrial consumers, pervasive implementat...
Demand side response (DSR) is widely seen as the main intervention tool to address issues of peaks a...
Demand response (DR) emerges as one of the cheapest and greenest solutions to match supply and deman...
The mechanism of rewarding the customers for reducing consumption during peak demand hours is known ...
This dissertation studies two topics in Demand Response (DR) in electricity markets, with some discu...
With the introduction of smart meters, dynamic pricing and home energy management systems, residenti...
With the introduction of smart meters, dynamic pricing and home energy management systems, residenti...
Residential electricity demand response programs can play a substantial role in facilitating a susta...
With increased weather-dependent electricity production and electrification at the heart of the ongo...
Due to deregulation and the advent of intermittent renewable power sources, the classic school of th...
In this study, a customer reward scheme is proposed to build an effective demand response program fo...
More flexible demand side would benefit the electricity markets, networks and sustainable power gene...
This study examines a novel incentive-based Demand Reaction (DR) programme utilising a user's reacti...
This work concentrates on issues with demand response on residential end-consumers. It is motivated ...
Historically, utilities have used price signals to motivate changes in residential energy consumptio...
While Demand Response (DR) has been focused on large and industrial consumers, pervasive implementat...
Demand side response (DSR) is widely seen as the main intervention tool to address issues of peaks a...
Demand response (DR) emerges as one of the cheapest and greenest solutions to match supply and deman...
The mechanism of rewarding the customers for reducing consumption during peak demand hours is known ...
This dissertation studies two topics in Demand Response (DR) in electricity markets, with some discu...
With the introduction of smart meters, dynamic pricing and home energy management systems, residenti...
With the introduction of smart meters, dynamic pricing and home energy management systems, residenti...
Residential electricity demand response programs can play a substantial role in facilitating a susta...
With increased weather-dependent electricity production and electrification at the heart of the ongo...
Due to deregulation and the advent of intermittent renewable power sources, the classic school of th...