The power supply system, which is totally discussed in this paper, is of special importance for the daily operation of the cabled seafloor scientific observatory. Based on the unique features of the power supply system of the cabled seafloor scientific observatory, this paper proposes the solution of parallel direct current power supply, which is suitable for the underwater environment. According to special application environment of power supply system,this paper determines the maximum voltage and current that can be applied to the transmission system of the cabled seafloor scientific observatory
A new current-to-current converter, which is a key device to branch a constant direct current (DC) i...
The subsea observation network has become an indispensable means of ocean exploration worldwide. How...
The KM3NeT EU-funded consortium, pursuing a cubic kilometre scale neutrino telescope in the Mediterr...
The power supply system, which is totally discussed in this paper, is of special importance for the ...
The aim of this paper is to present the design and construction process of the power supply needed f...
Abstract – The development of power systems is one of the most challenging technical issues in the d...
Power systems for undersea observatories are required to deliver high power with good reliability. F...
Future studies of episodic processes in the ocean and earth will require new tools to complement tra...
Abstract—Power systems for undersea observatories combine ideas from terrestrial power systems and s...
Abstract-A novel seafloor observation system using under-water cable network named ARENA has been pr...
Object and purpose of research. The object of the work is the power supply systems of submersibles. ...
The main goal of this paper is to study and compare different power distribution alternatives for su...
The main goal of this paper is to give a framework for designing the power distribution system for s...
This project is intended to remotely control and monitor the state of the Expendable Seafloor Observ...
Multidisciplinary underwater observatories represent an exceptional technological resource that can...
A new current-to-current converter, which is a key device to branch a constant direct current (DC) i...
The subsea observation network has become an indispensable means of ocean exploration worldwide. How...
The KM3NeT EU-funded consortium, pursuing a cubic kilometre scale neutrino telescope in the Mediterr...
The power supply system, which is totally discussed in this paper, is of special importance for the ...
The aim of this paper is to present the design and construction process of the power supply needed f...
Abstract – The development of power systems is one of the most challenging technical issues in the d...
Power systems for undersea observatories are required to deliver high power with good reliability. F...
Future studies of episodic processes in the ocean and earth will require new tools to complement tra...
Abstract—Power systems for undersea observatories combine ideas from terrestrial power systems and s...
Abstract-A novel seafloor observation system using under-water cable network named ARENA has been pr...
Object and purpose of research. The object of the work is the power supply systems of submersibles. ...
The main goal of this paper is to study and compare different power distribution alternatives for su...
The main goal of this paper is to give a framework for designing the power distribution system for s...
This project is intended to remotely control and monitor the state of the Expendable Seafloor Observ...
Multidisciplinary underwater observatories represent an exceptional technological resource that can...
A new current-to-current converter, which is a key device to branch a constant direct current (DC) i...
The subsea observation network has become an indispensable means of ocean exploration worldwide. How...
The KM3NeT EU-funded consortium, pursuing a cubic kilometre scale neutrino telescope in the Mediterr...