A means of manipulating the power output of an individual wind turbine has been developed at the University of Strathclyde. This model takes into account the wind turbine dynamics. However, in order to enable such a control strategy to provide inertial response, the system needs to be coupled to control systems that monitor a power system. For inertial response, it is important that the wind turbine control strategy be made aware of changes in the power system as quickly as possible such that a change in power output (akin to inertial response) can be delivered in less than 200ms. This work focuses on monitoring power system frequency
Abstract—The future power systems face several challenges; one of them is the use of high power conv...
Abstract—Increasing levels of wind generation has resulted in an urgent need for the assessment of t...
Frequency control is a particularly significant issue with high levels of rotating generating units ...
A means of manipulating the power output of an individual wind turbine has been developed at the Uni...
High wind power penetration levels result in additional requirements from wind power in order to imp...
The significant presence of variable-speed wind turbines in worldwide power systems has led to plann...
The significant presence of variable-speed wind turbines in worldwide power systems has led to plann...
The increasing penetration of variable speed wind turbines in the electricity grid will result in a ...
Traditionally the predominant generation has been large synchronous generators providing the system ...
In many electrical grids, the share of renewable energy generation increases. As these generators ar...
Models have been developed to assess the extent that wind plant can contribute to power system frequ...
With increasing wind penetration, it is likely that wind power plant will be expected to provide fre...
12th International Workshop on Large-Scale Integration of Wind Power into Power Systems as well as o...
With the increasing wind penetration level in power systems, transmission system operators have beco...
IEEE PES 2011 General Meeting, Detroit, Michigan, USA, July 24-28, 2011As wind penetration levels on...
Abstract—The future power systems face several challenges; one of them is the use of high power conv...
Abstract—Increasing levels of wind generation has resulted in an urgent need for the assessment of t...
Frequency control is a particularly significant issue with high levels of rotating generating units ...
A means of manipulating the power output of an individual wind turbine has been developed at the Uni...
High wind power penetration levels result in additional requirements from wind power in order to imp...
The significant presence of variable-speed wind turbines in worldwide power systems has led to plann...
The significant presence of variable-speed wind turbines in worldwide power systems has led to plann...
The increasing penetration of variable speed wind turbines in the electricity grid will result in a ...
Traditionally the predominant generation has been large synchronous generators providing the system ...
In many electrical grids, the share of renewable energy generation increases. As these generators ar...
Models have been developed to assess the extent that wind plant can contribute to power system frequ...
With increasing wind penetration, it is likely that wind power plant will be expected to provide fre...
12th International Workshop on Large-Scale Integration of Wind Power into Power Systems as well as o...
With the increasing wind penetration level in power systems, transmission system operators have beco...
IEEE PES 2011 General Meeting, Detroit, Michigan, USA, July 24-28, 2011As wind penetration levels on...
Abstract—The future power systems face several challenges; one of them is the use of high power conv...
Abstract—Increasing levels of wind generation has resulted in an urgent need for the assessment of t...
Frequency control is a particularly significant issue with high levels of rotating generating units ...