A novel optimization model for network expansionplanning, including distributed generation is proposed. Themodel considers the stochastic natures of distributed generationand load in the power systems. More importantly, this modeladdresses the probabilistic voltage constraints in the networkexpansion planning stage. The proposed model is employed toobtain the decisions for new wind power plant connections andreinforcements in the existing distribution network.QC 20140828</p
This paper presents a stochastic scenario-based approach to finding an efficient plan for the electr...
Abstract—This paper proposes an efficient approach for proba-bilistic transmission expansion plannin...
The necessity for flexible electric systems, changing regulatory and economic scenarios, energy savi...
This article presents a mixed-integer linear stochastic model for the optimal expansion planning of ...
Publisher Copyright: © 2022Currently, distribution systems are continuously evolving towards modern ...
The increased deployment of distributed generation calls for the coordination and interaction betwee...
This doctoral dissertation addresses the multistage expansion planning problem of distribution syste...
This paper proposes a chance constrained formulation to tackle the uncertainties of load and wind tu...
Integrating more renewable energy sources into the grid leads to a more vulnerable power system and ...
This paper presents a stochastic scenario-based approach to finding an efficient plan for the electr...
A new era of cleaner distributed generators, like wind and solar, dispersed along the distribution n...
Investment in distributed generation (DG) is an attractive distribution planning option for adding f...
This paper presents a dynamic multi-objective model for distribution network expansion, considering ...
Investment in distributed generation (DG) is an attractive distribution planning option for adding f...
High penetration of distributed generation (DG) is mainly constrained by voltage-related issues. Due...
This paper presents a stochastic scenario-based approach to finding an efficient plan for the electr...
Abstract—This paper proposes an efficient approach for proba-bilistic transmission expansion plannin...
The necessity for flexible electric systems, changing regulatory and economic scenarios, energy savi...
This article presents a mixed-integer linear stochastic model for the optimal expansion planning of ...
Publisher Copyright: © 2022Currently, distribution systems are continuously evolving towards modern ...
The increased deployment of distributed generation calls for the coordination and interaction betwee...
This doctoral dissertation addresses the multistage expansion planning problem of distribution syste...
This paper proposes a chance constrained formulation to tackle the uncertainties of load and wind tu...
Integrating more renewable energy sources into the grid leads to a more vulnerable power system and ...
This paper presents a stochastic scenario-based approach to finding an efficient plan for the electr...
A new era of cleaner distributed generators, like wind and solar, dispersed along the distribution n...
Investment in distributed generation (DG) is an attractive distribution planning option for adding f...
This paper presents a dynamic multi-objective model for distribution network expansion, considering ...
Investment in distributed generation (DG) is an attractive distribution planning option for adding f...
High penetration of distributed generation (DG) is mainly constrained by voltage-related issues. Due...
This paper presents a stochastic scenario-based approach to finding an efficient plan for the electr...
Abstract—This paper proposes an efficient approach for proba-bilistic transmission expansion plannin...
The necessity for flexible electric systems, changing regulatory and economic scenarios, energy savi...