Operation and Maintenance of Offshore Wind Parks, Strategic Research Agenda for a distributed, hierarchical sensor network enabling park wide control of operation and maintenance-on-demand

Thilo Bein, Andreas Friedmann, Holger Huhn, Hanno Schnars, Matthijs Leeuw, Zoltan Papp, Tom Basten, Erkki Jantunen, Jörn Heggset, Amund Skavhaug

Research output: Book/ReportReport

Abstract

The definition of a strategic research agenda (SRA) for the development of a distributed, hierarchical sensor network to control the operation and to enable maintenance-on-demand of off-shore wind parks is one of the principal objectives of the OMO project. The SRA is aimed at identifying future research needs to be addressed by the AERTOS partners in follow-up projects ensuring long term cooperation between those RTO's. The SRA will be derived from benchmark and feasibility studies performed by the participating RTOS and it will be based on a state of the art review of the pertinent research fields. The proposed research aims at minimizing the cost of the generated energy over the life time by combining advanced system models and real-time information received from hierarchical sensor networks and weather forecasts to adapt wind park and wind turbine operation.
Original languageEnglish
Number of pages41
Publication statusPublished - 2011
MoE publication typeD4 Published development or research report or study

Fingerprint

Sensor networks
Wind turbines
Costs

Keywords

  • operation
  • maintenance
  • offshore
  • windparks
  • sensors

Cite this

Bein, Thilo ; Friedmann, Andreas ; Huhn, Holger ; Schnars, Hanno ; Leeuw, Matthijs ; Papp, Zoltan ; Basten, Tom ; Jantunen, Erkki ; Heggset, Jörn ; Skavhaug, Amund. / Operation and Maintenance of Offshore Wind Parks, Strategic Research Agenda for a distributed, hierarchical sensor network enabling park wide control of operation and maintenance-on-demand. 2011. 41 p.
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abstract = "The definition of a strategic research agenda (SRA) for the development of a distributed, hierarchical sensor network to control the operation and to enable maintenance-on-demand of off-shore wind parks is one of the principal objectives of the OMO project. The SRA is aimed at identifying future research needs to be addressed by the AERTOS partners in follow-up projects ensuring long term cooperation between those RTO's. The SRA will be derived from benchmark and feasibility studies performed by the participating RTOS and it will be based on a state of the art review of the pertinent research fields. The proposed research aims at minimizing the cost of the generated energy over the life time by combining advanced system models and real-time information received from hierarchical sensor networks and weather forecasts to adapt wind park and wind turbine operation.",
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Operation and Maintenance of Offshore Wind Parks, Strategic Research Agenda for a distributed, hierarchical sensor network enabling park wide control of operation and maintenance-on-demand. / Bein, Thilo; Friedmann, Andreas; Huhn, Holger; Schnars, Hanno; Leeuw, Matthijs; Papp, Zoltan; Basten, Tom; Jantunen, Erkki; Heggset, Jörn; Skavhaug, Amund.

2011. 41 p.

Research output: Book/ReportReport

TY - BOOK

T1 - Operation and Maintenance of Offshore Wind Parks, Strategic Research Agenda for a distributed, hierarchical sensor network enabling park wide control of operation and maintenance-on-demand

AU - Bein, Thilo

AU - Friedmann, Andreas

AU - Huhn, Holger

AU - Schnars, Hanno

AU - Leeuw, Matthijs

AU - Papp, Zoltan

AU - Basten, Tom

AU - Jantunen, Erkki

AU - Heggset, Jörn

AU - Skavhaug, Amund

N1 - Project code: 71386

PY - 2011

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AB - The definition of a strategic research agenda (SRA) for the development of a distributed, hierarchical sensor network to control the operation and to enable maintenance-on-demand of off-shore wind parks is one of the principal objectives of the OMO project. The SRA is aimed at identifying future research needs to be addressed by the AERTOS partners in follow-up projects ensuring long term cooperation between those RTO's. The SRA will be derived from benchmark and feasibility studies performed by the participating RTOS and it will be based on a state of the art review of the pertinent research fields. The proposed research aims at minimizing the cost of the generated energy over the life time by combining advanced system models and real-time information received from hierarchical sensor networks and weather forecasts to adapt wind park and wind turbine operation.

KW - operation

KW - maintenance

KW - offshore

KW - windparks

KW - sensors

M3 - Report

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