Transmission expansion planning (TEP) has faced a significant change since the introduction of deregulation. It becomes even more complicated. Algorithms have to be changed to meet new challenges. This paper organizes and classifies existing TEP algorithms in both regulated and deregulated environment so as to facilitate other research works in this area. Besides, two suggestions have been made for the TEP approach in the future. Firstly, some standard elements are inevitably needed in TEP algorithms. Those standard elements can be left to other researchers for specialization. Research effort can, therefore, be saved, if only TEP algorithm has to be considered. Secondly, specific market regulations and conditions should be included in the f...
The aim of Transmission Expansion Planning (TEP) studies is to decide which, where, and when new gri...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
Abstract Restructuring and deregulation have exposed the transmission planner to new objectives and ...
Transmission expansion planning (TEP) has faced a significant change since the deregulation of power...
Transmission expansion planning (TEP) is a non-convex optimization problem that can be solved via di...
The paper presents the main features of transmission expansion problem (TEP). In accord with review ...
Transmission expansion planning (TEP) problem is a study of identifying new transmission lines that ...
ABSTRACT: The global trend for the deregulation of the power sector has led to significant changes i...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
The aim of Transmission Expansion Planning (TEP) studies is to decide which, where, and when new gri...
The aim of Transmission Expansion Planning (TEP) studies is to decide which, where, and when new gri...
The aim of Transmission Expansion Planning (TEP) studies is to decide which, where, and when new gri...
The aim of Transmission Expansion Planning (TEP) studies is to decide which, where, and when new gri...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
Abstract Restructuring and deregulation have exposed the transmission planner to new objectives and ...
Transmission expansion planning (TEP) has faced a significant change since the deregulation of power...
Transmission expansion planning (TEP) is a non-convex optimization problem that can be solved via di...
The paper presents the main features of transmission expansion problem (TEP). In accord with review ...
Transmission expansion planning (TEP) problem is a study of identifying new transmission lines that ...
ABSTRACT: The global trend for the deregulation of the power sector has led to significant changes i...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
The aim of Transmission Expansion Planning (TEP) studies is to decide which, where, and when new gri...
The aim of Transmission Expansion Planning (TEP) studies is to decide which, where, and when new gri...
The aim of Transmission Expansion Planning (TEP) studies is to decide which, where, and when new gri...
The aim of Transmission Expansion Planning (TEP) studies is to decide which, where, and when new gri...
This chapter provides an overview of transmission expansion planning (TEP) methods and their practic...
Abstract Restructuring and deregulation have exposed the transmission planner to new objectives and ...