Increasing penetration of energy efficiency programs and distributed renewable energy generation has imposed significant challenges for utilities to recoup their large upfront costs. There is a heated debate on what surcharges should be implemented to help the utilities recover their fixed costs; however, very few studies focus on consumers’ attitudes regarding this topic. This study surveys about 190 residential consumers throughout the United States in November 2015, investigating their preferences and attitudes towards extra demand charges and volumetric energy price increases. We apply probit models and regress consumers’ attitudes on selected socio-demographic and behavioral variables. The results indicate the homeowners are more likel...
© 2018 Elsevier Ltd Australia's electricity prices are high, driven by rising peak demand that is fo...
Rising global carbon emissions and the reality of limited resources is changing the worldwide outloo...
Demand response (DR) can aid with grid integration of renewables, ensuring security of supply, and r...
abstract: Increasing penetration of energy efficiency programs and distributed renewable energy gene...
The results of a survey of Queensland households regarding their willingness to pay (WTP) for renewa...
Understanding public perceptions of energy is important for informing energy-related business, resea...
Using renewable energy for domestic consumption has been identified as a key strategy by the Intergo...
This study ascertains residential electricity consumers' support and willingness to pay for electric...
In a recent report to the Swedish Energy Markets Inspectorate (Broberg et al., 2014) consumer behavi...
In the United States, the built environment is responsible for nearly 37 percent of the nation’s tot...
A significant proportion of approaches to drive uptake of distributed generation (DG) and energy eff...
This case study investigated the phenomenon of consumer adoption of domestic, grid-tied solar power ...
Solar energy is crucial to the transformation of the energy system, and it is important to promote ‘...
Demand Response (DR) is a potential tool to help reduce the network and market stress with the ever-...
Electric utilities play a crucial role in designing and deploying electricity conservation programs....
© 2018 Elsevier Ltd Australia's electricity prices are high, driven by rising peak demand that is fo...
Rising global carbon emissions and the reality of limited resources is changing the worldwide outloo...
Demand response (DR) can aid with grid integration of renewables, ensuring security of supply, and r...
abstract: Increasing penetration of energy efficiency programs and distributed renewable energy gene...
The results of a survey of Queensland households regarding their willingness to pay (WTP) for renewa...
Understanding public perceptions of energy is important for informing energy-related business, resea...
Using renewable energy for domestic consumption has been identified as a key strategy by the Intergo...
This study ascertains residential electricity consumers' support and willingness to pay for electric...
In a recent report to the Swedish Energy Markets Inspectorate (Broberg et al., 2014) consumer behavi...
In the United States, the built environment is responsible for nearly 37 percent of the nation’s tot...
A significant proportion of approaches to drive uptake of distributed generation (DG) and energy eff...
This case study investigated the phenomenon of consumer adoption of domestic, grid-tied solar power ...
Solar energy is crucial to the transformation of the energy system, and it is important to promote ‘...
Demand Response (DR) is a potential tool to help reduce the network and market stress with the ever-...
Electric utilities play a crucial role in designing and deploying electricity conservation programs....
© 2018 Elsevier Ltd Australia's electricity prices are high, driven by rising peak demand that is fo...
Rising global carbon emissions and the reality of limited resources is changing the worldwide outloo...
Demand response (DR) can aid with grid integration of renewables, ensuring security of supply, and r...