Distributed sensing for marine electrical system monitoring and protection applications

C D Booth, P Niewczas, P Orr, N Gordon

Research output: Contribution to conferencePaper

Abstract

In this paper, technology developed at the University of Strathclyde which has resulted in the commercialisation of distributed point sensors for electrical and mechanical parameters will be described. While primarily targeted at terrestrial power system applications to date, this technology has significant potential for realising novel and effective monitoring and protection solutions for marine electrical systems. In the paper, the technology and its capabilities will be reviewed, and a number of potential applications will be described and discussed briefly. Many of these applications can assist in reducing the levels of risk associated with marine electrical systems, through delivering comprehensive monitoring and protection functions that benefit from the distributed nature of the measurement system. The measurement system will be outlined and it will be shown how it consists of a central interrogator that uses optical fibre to collect several measurements from a distributed, and, importantly, completely passive, array of sensors that are connected along the length of the fibre, which can be up to 100 km in length (clearly adequate for any marine applications). Finally, the paper will describe a number of distributed monitoring and protection applications in marine electrical systems that can be facilitated by the distributed measurement system.

Conference

ConferenceMarine Electrical and Control Systems Safety Conference
Abbreviated titleMECSS 2017
CountryUnited Kingdom
CityGlasgow
Period22/11/1723/11/17

Fingerprint

Monitoring
Marine applications
Sensors
Optical fibers
Fibers

Keywords

  • measurements
  • sensing
  • electrical systems
  • monitoring
  • protection

Cite this

Booth, C. D., Niewczas, P., Orr, P., & Gordon, N. (2017). Distributed sensing for marine electrical system monitoring and protection applications. Paper presented at Marine Electrical and Control Systems Safety Conference, Glasgow, United Kingdom.
Booth, C D ; Niewczas, P ; Orr, P ; Gordon, N. / Distributed sensing for marine electrical system monitoring and protection applications. Paper presented at Marine Electrical and Control Systems Safety Conference, Glasgow, United Kingdom.6 p.
@conference{6cd8844f133c4d5f851c731734a56e4a,
title = "Distributed sensing for marine electrical system monitoring and protection applications",
abstract = "In this paper, technology developed at the University of Strathclyde which has resulted in the commercialisation of distributed point sensors for electrical and mechanical parameters will be described. While primarily targeted at terrestrial power system applications to date, this technology has significant potential for realising novel and effective monitoring and protection solutions for marine electrical systems. In the paper, the technology and its capabilities will be reviewed, and a number of potential applications will be described and discussed briefly. Many of these applications can assist in reducing the levels of risk associated with marine electrical systems, through delivering comprehensive monitoring and protection functions that benefit from the distributed nature of the measurement system. The measurement system will be outlined and it will be shown how it consists of a central interrogator that uses optical fibre to collect several measurements from a distributed, and, importantly, completely passive, array of sensors that are connected along the length of the fibre, which can be up to 100 km in length (clearly adequate for any marine applications). Finally, the paper will describe a number of distributed monitoring and protection applications in marine electrical systems that can be facilitated by the distributed measurement system.",
keywords = "measurements, sensing, electrical systems, monitoring, protection",
author = "Booth, {C D} and P Niewczas and P Orr and N Gordon",
year = "2017",
month = "11",
day = "23",
language = "English",
note = "Marine Electrical and Control Systems Safety Conference, MECSS 2017 ; Conference date: 22-11-2017 Through 23-11-2017",

}

Booth, CD, Niewczas, P, Orr, P & Gordon, N 2017, 'Distributed sensing for marine electrical system monitoring and protection applications' Paper presented at Marine Electrical and Control Systems Safety Conference, Glasgow, United Kingdom, 22/11/17 - 23/11/17, .

Distributed sensing for marine electrical system monitoring and protection applications. / Booth, C D; Niewczas, P; Orr, P; Gordon, N.

2017. Paper presented at Marine Electrical and Control Systems Safety Conference, Glasgow, United Kingdom.

Research output: Contribution to conferencePaper

TY - CONF

T1 - Distributed sensing for marine electrical system monitoring and protection applications

AU - Booth, C D

AU - Niewczas, P

AU - Orr, P

AU - Gordon, N

PY - 2017/11/23

Y1 - 2017/11/23

N2 - In this paper, technology developed at the University of Strathclyde which has resulted in the commercialisation of distributed point sensors for electrical and mechanical parameters will be described. While primarily targeted at terrestrial power system applications to date, this technology has significant potential for realising novel and effective monitoring and protection solutions for marine electrical systems. In the paper, the technology and its capabilities will be reviewed, and a number of potential applications will be described and discussed briefly. Many of these applications can assist in reducing the levels of risk associated with marine electrical systems, through delivering comprehensive monitoring and protection functions that benefit from the distributed nature of the measurement system. The measurement system will be outlined and it will be shown how it consists of a central interrogator that uses optical fibre to collect several measurements from a distributed, and, importantly, completely passive, array of sensors that are connected along the length of the fibre, which can be up to 100 km in length (clearly adequate for any marine applications). Finally, the paper will describe a number of distributed monitoring and protection applications in marine electrical systems that can be facilitated by the distributed measurement system.

AB - In this paper, technology developed at the University of Strathclyde which has resulted in the commercialisation of distributed point sensors for electrical and mechanical parameters will be described. While primarily targeted at terrestrial power system applications to date, this technology has significant potential for realising novel and effective monitoring and protection solutions for marine electrical systems. In the paper, the technology and its capabilities will be reviewed, and a number of potential applications will be described and discussed briefly. Many of these applications can assist in reducing the levels of risk associated with marine electrical systems, through delivering comprehensive monitoring and protection functions that benefit from the distributed nature of the measurement system. The measurement system will be outlined and it will be shown how it consists of a central interrogator that uses optical fibre to collect several measurements from a distributed, and, importantly, completely passive, array of sensors that are connected along the length of the fibre, which can be up to 100 km in length (clearly adequate for any marine applications). Finally, the paper will describe a number of distributed monitoring and protection applications in marine electrical systems that can be facilitated by the distributed measurement system.

KW - measurements

KW - sensing

KW - electrical systems

KW - monitoring

KW - protection

UR - https://www.mecss.org.uk/programme

M3 - Paper

ER -

Booth CD, Niewczas P, Orr P, Gordon N. Distributed sensing for marine electrical system monitoring and protection applications. 2017. Paper presented at Marine Electrical and Control Systems Safety Conference, Glasgow, United Kingdom.