This paper introduces a new power flow tracing and subsequently loss allocation method based on loop analysis. The knowledge of the loop paths aids in the visualisation of presumed transfer of power throughout the transmission network. A formalised process of loop identification, based on graph theory, is introduced to ensure that each loop contains at least one active source. This way, the system losses can be readily and justifiably allocated to the active sources in the network without involving any approximations. The proposed method is applied to both a small test system and the IEEE 14-bus test system, demonstrating the features and limitations of the proposed methodology
The paper focuses on the issue of transmission loss allocation and transmission loss minimization by...
This paper presents a methodology for active transmission loss allocation based on AC power flow and...
AbstractIn this paper, a power-sharing principle is proposed, base on the generation of the directed...
This paper introduces a new power flow tracing and subsequently loss allocation method based on loop...
This paper introduces a new method for allocating losses in a power system using a loop-based repres...
With the advent of deregulation, power systems across the world have undergone major restructuring. ...
The paper proposes a methodology for tracing active power flow which also considers power losses pa...
In this paper, graph theory is used to calculate the contributions of individual generators and load...
The deregulation of the electricity industry has introduced many opportunities as well as challenges...
A key part of electricity pricing is the fair and equitable allocation of system losses. This paper ...
Abstract — Deregulation is the major trend in the electric power industry throughout the world. The ...
Tracing the flow of electricity becomes an important issue in transmission open access. This is due ...
A Fair and transparent allocation of transmission loss to network generators and loads has been a m...
This paper presents a new method for transmission loss allocation in a deregulated power system. As ...
MW power flow tracing was invented to assess the extent of network usage by the participants so as t...
The paper focuses on the issue of transmission loss allocation and transmission loss minimization by...
This paper presents a methodology for active transmission loss allocation based on AC power flow and...
AbstractIn this paper, a power-sharing principle is proposed, base on the generation of the directed...
This paper introduces a new power flow tracing and subsequently loss allocation method based on loop...
This paper introduces a new method for allocating losses in a power system using a loop-based repres...
With the advent of deregulation, power systems across the world have undergone major restructuring. ...
The paper proposes a methodology for tracing active power flow which also considers power losses pa...
In this paper, graph theory is used to calculate the contributions of individual generators and load...
The deregulation of the electricity industry has introduced many opportunities as well as challenges...
A key part of electricity pricing is the fair and equitable allocation of system losses. This paper ...
Abstract — Deregulation is the major trend in the electric power industry throughout the world. The ...
Tracing the flow of electricity becomes an important issue in transmission open access. This is due ...
A Fair and transparent allocation of transmission loss to network generators and loads has been a m...
This paper presents a new method for transmission loss allocation in a deregulated power system. As ...
MW power flow tracing was invented to assess the extent of network usage by the participants so as t...
The paper focuses on the issue of transmission loss allocation and transmission loss minimization by...
This paper presents a methodology for active transmission loss allocation based on AC power flow and...
AbstractIn this paper, a power-sharing principle is proposed, base on the generation of the directed...