The electric ship research effort at the University of Texas, Center for Electromechanics, is presently focusing on the development of a comprehensive model of ship power system. The model will allow the study of various architectures and power system configurations. The power system performance is assessed under prescribed scenarios that include representative mission profiles, advanced technologies in various system components, and fault mitigation. Particular attention will be given to the interaction of EM weapons with the whole power system and their effects on system stability. The potential benefits of an auxiliary energy storage system for EM weapons will be investigated. Initial analyses results will be presented.Center for Electro...
The need to integrate energy storage systems (ESS) with warship power systems to meet future dynamic...
Increasing fuel costs and environmental concerns are driving the trend towards more or all electric ...
A large scale Simulink® simulation model of the electrical power system of a ship is described. The ...
The electric ship research effort at the University of Texas, Center for Electromechanics, is presen...
The electrical power system of an all-electric ship has been modeled in Simulink for the case of a s...
The Center for Electromechanics (CEM) at the University of Texas is engaged in the development of a ...
Recognizing the importance of electric ships and the myriad of technical challenges they present, th...
This paper summarizes work that addressed issues associated with the integration of various loads on...
Models of propulsion motors, generators, gas turbines, and power converters are used to determine we...
Part of the technical versatility of future all-electric ships is the potential ability to share lar...
The United States Navy is committed to development of an All-Electric Ship (AES) architecture as the...
Future warship power systems may be subject to pulsed loads manifesting through emergent combat syst...
Several recent and anticipated developments in marine electrical system engineering must be consider...
Designs for future naval vessels are strongly considering electric drive systems. Already employed i...
The central element of a ship power system model is typically a circuit model. This level of modelin...
The need to integrate energy storage systems (ESS) with warship power systems to meet future dynamic...
Increasing fuel costs and environmental concerns are driving the trend towards more or all electric ...
A large scale Simulink® simulation model of the electrical power system of a ship is described. The ...
The electric ship research effort at the University of Texas, Center for Electromechanics, is presen...
The electrical power system of an all-electric ship has been modeled in Simulink for the case of a s...
The Center for Electromechanics (CEM) at the University of Texas is engaged in the development of a ...
Recognizing the importance of electric ships and the myriad of technical challenges they present, th...
This paper summarizes work that addressed issues associated with the integration of various loads on...
Models of propulsion motors, generators, gas turbines, and power converters are used to determine we...
Part of the technical versatility of future all-electric ships is the potential ability to share lar...
The United States Navy is committed to development of an All-Electric Ship (AES) architecture as the...
Future warship power systems may be subject to pulsed loads manifesting through emergent combat syst...
Several recent and anticipated developments in marine electrical system engineering must be consider...
Designs for future naval vessels are strongly considering electric drive systems. Already employed i...
The central element of a ship power system model is typically a circuit model. This level of modelin...
The need to integrate energy storage systems (ESS) with warship power systems to meet future dynamic...
Increasing fuel costs and environmental concerns are driving the trend towards more or all electric ...
A large scale Simulink® simulation model of the electrical power system of a ship is described. The ...