Power systems for undersea observatories are required to deliver high power with good reliability. For the proposed NEPTUNE observatory, the authors have developed a power scheme that combines ideas from terrestrial power systems and switching power supplies with experience from undersea cable systems. The system is based on a parallel network. This design can be applied to other undersea schemes, where it can allow longer cables with less copper. Key performance factors are explored in this paper
Abstract: The ocean sciences are beginning a new phase in which scientists will enter the ocean envi...
Over the last years, DC grids have become a significant trend topic as a solution for better power di...
The NEPTUNE project will establish a linked array of undersea observatories on the Juan de Fuca tect...
Power systems for undersea observatories are required to deliver high power with good reliability. F...
Abstract—Power systems for undersea observatories combine ideas from terrestrial power systems and s...
Abstract- Development of power systems is the most challenging technical issue in the design of ocea...
This paper describes the process and recounts the decisions that have been made in the design of the...
Abstract – The development of power systems is one of the most challenging technical issues in the d...
The power supply system, which is totally discussed in this paper, is of special importance for the ...
(NEPTUNE) is an underwater power and communications network for scientific experiments. It is propos...
The KM3NeT EU-funded consortium, pursuing a cubic kilometre scale neutrino telescope in the Mediterr...
project will establish a linked array of undersea observatories on the Juan de Fuca tectonic plate. ...
Future studies of episodic processes in the ocean and earth will require new tools to complement tra...
NEPTUNE will wire the Juan de Fuca Plate in the northeast Pacific Ocean. It will enable in-depth st...
The aim of this paper is to present the design and construction process of the power supply needed f...
Abstract: The ocean sciences are beginning a new phase in which scientists will enter the ocean envi...
Over the last years, DC grids have become a significant trend topic as a solution for better power di...
The NEPTUNE project will establish a linked array of undersea observatories on the Juan de Fuca tect...
Power systems for undersea observatories are required to deliver high power with good reliability. F...
Abstract—Power systems for undersea observatories combine ideas from terrestrial power systems and s...
Abstract- Development of power systems is the most challenging technical issue in the design of ocea...
This paper describes the process and recounts the decisions that have been made in the design of the...
Abstract – The development of power systems is one of the most challenging technical issues in the d...
The power supply system, which is totally discussed in this paper, is of special importance for the ...
(NEPTUNE) is an underwater power and communications network for scientific experiments. It is propos...
The KM3NeT EU-funded consortium, pursuing a cubic kilometre scale neutrino telescope in the Mediterr...
project will establish a linked array of undersea observatories on the Juan de Fuca tectonic plate. ...
Future studies of episodic processes in the ocean and earth will require new tools to complement tra...
NEPTUNE will wire the Juan de Fuca Plate in the northeast Pacific Ocean. It will enable in-depth st...
The aim of this paper is to present the design and construction process of the power supply needed f...
Abstract: The ocean sciences are beginning a new phase in which scientists will enter the ocean envi...
Over the last years, DC grids have become a significant trend topic as a solution for better power di...
The NEPTUNE project will establish a linked array of undersea observatories on the Juan de Fuca tect...