A review of incentive based demand response methods in smart electricity grids
V Chrysikou, M Alamaniotis… - International Journal of …, 2015 - igi-global.com
Smart electricity grid is a complex system being the outcome of the marriage of power
systems with computing technologies and information networks. The information transmitted …
systems with computing technologies and information networks. The information transmitted …
Conceptual framework for introducing incentive-based demand response programs for retail electricity markets
Enduring expansions and advancement in the knowledge driven energy-economy era
promise a power system that is cost-effectively competent, environmentally responsive …
promise a power system that is cost-effectively competent, environmentally responsive …
[HTML][HTML] Review of Electricity Markets for Smart Nano-Grids
This article is focused in reviewing the electricity markets models and the smart nano-grids
characteristics, making a study about the main aspects related, structure and integration …
characteristics, making a study about the main aspects related, structure and integration …
Optimal dispatch model for demand response aggregators
VJ Gutierrez-Martinez, EA Zamora-Cardenas… - Journal of Electrical …, 2019 - Springer
Introduction The necessity to seamlessly integrate emerging smart grid (SG) technologies to
the electric distribution system has encouraged the development of demand-side …
the electric distribution system has encouraged the development of demand-side …
[PDF][PDF] A NOVEL REAL-TIME DEMAND SIDE MANAGEMENT SCHEME FOR THE ADDITION OF ELECTRICAL VEHICLES TO THE FUTURE GRID
N ZAREEN - 2016 - eprints.utm.my
ABSTRACT Electric Vehicles (EVs) as the alternative to the current fossil fuel vehicles
represent the most promising green approach to the electrification of a significant portion of …
represent the most promising green approach to the electrification of a significant portion of …
[引用][C] THOR: Um Framework para Infraestrutura de Medição Avançada Resiliente a Falhas de Agregadores nas Redes Elétricas Inteligentes
ICG Ribeiro