This paper presents results from case studies of the future power systems in Morocco and Egypt, with a high increase in renewable generation capacity. Datasets representing 2030 scenarios have been generated and studied with a simplified grid-market model that takes into account variable renewable generation, energy storage and electricity grid constraints. Simulation results for Morocco and Egypt are studied and compared, with emphasis on the benefit of energy storage.acceptedVersio
Today energy supply is moving towards more renewable, which brings challenges to the power grid. Int...
Thesis: Ph. D., Massachusetts Institute of Technology, Engineering Systems Division, 2015.Cataloged ...
In recent years, the transition of the power supply chain towards a sustainable system based on “gre...
This paper presents results from case studies of the future power systems in Morocco and Egypt, with...
The electric grid is facing numerous challenges to support larger scale renewable energy integration...
Prospects for the integration of power markets and the expansion of renewable energy have recently t...
Prospects for the integration of power markets and the expansion of renewable energy have recently t...
As renewable energy is taking on a more pivotal role in power systems around the world, the implicat...
A cost-minimizing electricity market model was used to explore optimized infrastructures for the int...
In this article, the economic and environmental implications due to the projected evolution of the p...
This paper describes a modelling approach suitable for assessments of future scenarios for renewable...
Climate change and limited availability of fossil fuel reserves stress both the importance of deploy...
The North African electricity systems are in a phase of rapid transformation. The ever-increasing el...
International audienceIn this study, we examine how Battery Storage (BES) and Thermal Storage (TES) ...
International audienceIn this paper, we analyze the sensitivity of the optimal mixes to cost and var...
Today energy supply is moving towards more renewable, which brings challenges to the power grid. Int...
Thesis: Ph. D., Massachusetts Institute of Technology, Engineering Systems Division, 2015.Cataloged ...
In recent years, the transition of the power supply chain towards a sustainable system based on “gre...
This paper presents results from case studies of the future power systems in Morocco and Egypt, with...
The electric grid is facing numerous challenges to support larger scale renewable energy integration...
Prospects for the integration of power markets and the expansion of renewable energy have recently t...
Prospects for the integration of power markets and the expansion of renewable energy have recently t...
As renewable energy is taking on a more pivotal role in power systems around the world, the implicat...
A cost-minimizing electricity market model was used to explore optimized infrastructures for the int...
In this article, the economic and environmental implications due to the projected evolution of the p...
This paper describes a modelling approach suitable for assessments of future scenarios for renewable...
Climate change and limited availability of fossil fuel reserves stress both the importance of deploy...
The North African electricity systems are in a phase of rapid transformation. The ever-increasing el...
International audienceIn this study, we examine how Battery Storage (BES) and Thermal Storage (TES) ...
International audienceIn this paper, we analyze the sensitivity of the optimal mixes to cost and var...
Today energy supply is moving towards more renewable, which brings challenges to the power grid. Int...
Thesis: Ph. D., Massachusetts Institute of Technology, Engineering Systems Division, 2015.Cataloged ...
In recent years, the transition of the power supply chain towards a sustainable system based on “gre...