This paper presents a new framework for the day-ahead reactive power market based on the uniform auction price. Voltage stability and security have been considered in the proposed framework. Total Payment Function (TPF) is suggested as the objective function of the Optimal Power Flow (OPF) used to clear the reactive power market. Overload, voltage drop and voltage stability margin (VSM) are included in the constraints of the OPF. Another advantage of the proposed method is the exclusion of Lost Opportunity Cost (LOC) concerns from the reactive power market. The effectiveness of the proposed reactive power market is studied based on the CIGRÉ-32 bus test system
This paper investigates the impact of reactive power on the electricity market equilibrium. The anal...
This article presents a new algorithm for optimal reactive power procurement in pool electricity mar...
Abstract — pricing of reactive power become a big issue now a days. In this paper a new technique fo...
Abstract – This paper first proposes a competitive market structure for reactive power procurement a...
This paper presents a new algorithm to optimize reactive power procurement through commercial transa...
As one of the recognized ancillary services, reactive power support and voltage control plays a vita...
In deregulated electricity markets, reactive power provision is one of the most important ancillary ...
The paper deals with the automatic procedures used for the definition of voltage profiles to be adop...
In the restructuring power industry, voltage security has become a challenging problem since power s...
This paper deals with pricing of reactive power in power systems. In general, reactive power respond...
This study aims at investigating the changes in power market transaction levels when taking into acc...
This paper presents the design of a competitive market for reactive power ancillary services. Genera...
In this paper, we present the design of a localized competitive market for reactive power ancillary ...
Although real power is the main traded commodity in electricity markets, reactive power plays a cruc...
This thesis investigates the development of a dispatch/pricing model to examine the effect of mainta...
This paper investigates the impact of reactive power on the electricity market equilibrium. The anal...
This article presents a new algorithm for optimal reactive power procurement in pool electricity mar...
Abstract — pricing of reactive power become a big issue now a days. In this paper a new technique fo...
Abstract – This paper first proposes a competitive market structure for reactive power procurement a...
This paper presents a new algorithm to optimize reactive power procurement through commercial transa...
As one of the recognized ancillary services, reactive power support and voltage control plays a vita...
In deregulated electricity markets, reactive power provision is one of the most important ancillary ...
The paper deals with the automatic procedures used for the definition of voltage profiles to be adop...
In the restructuring power industry, voltage security has become a challenging problem since power s...
This paper deals with pricing of reactive power in power systems. In general, reactive power respond...
This study aims at investigating the changes in power market transaction levels when taking into acc...
This paper presents the design of a competitive market for reactive power ancillary services. Genera...
In this paper, we present the design of a localized competitive market for reactive power ancillary ...
Although real power is the main traded commodity in electricity markets, reactive power plays a cruc...
This thesis investigates the development of a dispatch/pricing model to examine the effect of mainta...
This paper investigates the impact of reactive power on the electricity market equilibrium. The anal...
This article presents a new algorithm for optimal reactive power procurement in pool electricity mar...
Abstract — pricing of reactive power become a big issue now a days. In this paper a new technique fo...