The goal of an automatically reconfigurable shipboard power system is to prevent self-inflicted damage and to generate and utilize power in an efficient and reliable manner. To achieve this objective, the system must balance response time with decision accuracy. Speed of calculation is achieved by (1) utilizing a more efficient method of calculating optimization parameters and (2) monitoring indicating parameters to decide when to calculate a new system configuration. In addition to these points, recommendations are made regarding methodologies that account for the influence of the gas turbine power plants expected to form the foundation of future electric shipboard power systems.Center for Electromechanic
Next generation all-electric warships are featured with In-tegrated Power Systems (IPS) which, toget...
Marine vessels execute many missions during their life cycle, each associated with a different requi...
To address the increasing demand and complexity, modern power systems need intelligence at almost al...
The goal of an automatically reconfigurable shipboard power system is to prevent self-inflicted dama...
A shipboard power system is self contained, tightly coupled, and small enough to allow nearly real t...
In future United States Naval warships, all ship power will be converted to electricity and distribu...
The objective of reconfiguration is to re-route power during failure or compromised conditions to im...
Shipboard power grid reconfiguration is a key ingredient for survivability, under adverse conditions...
The shipboard power system supplies energy to sophisticated systems for weapons, communications, nav...
The future generation of United States naval electric ships will be completely powered by electricit...
Reconfiguration is needed to meet the fight-through and survivability requirements of a shipboard po...
The electrical system on a ship is well contained. Among the challenges proffered by naval systems i...
With the rapid development of power electronic devices, the ideas of more-electric ships (MES) and a...
Power systems on naval vessels and airplanes are good examples of self-contained power systems. Thes...
Optimizing the performance of naval ship power systems requires integrated design and coordination o...
Next generation all-electric warships are featured with In-tegrated Power Systems (IPS) which, toget...
Marine vessels execute many missions during their life cycle, each associated with a different requi...
To address the increasing demand and complexity, modern power systems need intelligence at almost al...
The goal of an automatically reconfigurable shipboard power system is to prevent self-inflicted dama...
A shipboard power system is self contained, tightly coupled, and small enough to allow nearly real t...
In future United States Naval warships, all ship power will be converted to electricity and distribu...
The objective of reconfiguration is to re-route power during failure or compromised conditions to im...
Shipboard power grid reconfiguration is a key ingredient for survivability, under adverse conditions...
The shipboard power system supplies energy to sophisticated systems for weapons, communications, nav...
The future generation of United States naval electric ships will be completely powered by electricit...
Reconfiguration is needed to meet the fight-through and survivability requirements of a shipboard po...
The electrical system on a ship is well contained. Among the challenges proffered by naval systems i...
With the rapid development of power electronic devices, the ideas of more-electric ships (MES) and a...
Power systems on naval vessels and airplanes are good examples of self-contained power systems. Thes...
Optimizing the performance of naval ship power systems requires integrated design and coordination o...
Next generation all-electric warships are featured with In-tegrated Power Systems (IPS) which, toget...
Marine vessels execute many missions during their life cycle, each associated with a different requi...
To address the increasing demand and complexity, modern power systems need intelligence at almost al...