Wyniki wyszukiwania dla: OFFSHORE WIND ENERGY

• Power Hardware In-the-Loop validation of DC-DC power converter for offshore wind energy

  Publikacja

  • L. Bourserie
  • A. Zama
  • L. Chedot
  • P. Dworakowski
  • S. Silvant
  • J. Maneiro
  • C. de
  • V. Gomez

  - Rok 2019

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• WIND ENERGY

  Czasopisma

  ISSN: 1095-4244 , eISSN: 1099-1824

• SOME PROBLEMS OF SUPPORTING OFFSHORE WIND TURBINES

  Publikacja

  • J. Przewłócki
  • P. Iwicki

  - Rok 2016

  Basic problems of foundations of sea wind turbines are considered in this paper. This aims to search for solutions to optimize supporting of the offshore turbines with a size greater than 10 MW. The types of foundations, their basic features, including most important dimensions, applications as well as general design considerations are discussed. Numerical model of the offshore turbine and some preliminary computations for a case...

• Strength analysis of the support structure of the offshore wind turbine

  Publikacja

  • K. Niklas
  • J. Kozak

  - Rok 2015

  The global power demand from renewable sources is growing. One of a very favorable solution which meets severe environmental protection requirements are the offshore wind turbines. The offshore wind energy sector has experienced very fast development over last decade. Offshore wind farms, in comparison with onshore applications, can provide increased efficiency with reduced noise, visual, transportation and installation con-flicts....

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• Wind Energy Science

  Czasopisma

  ISSN: 2366-7443 , eISSN: 2366-7451

• Heave Plates with Holes for Floating Offshore Wind Turbines

  Publikacja

  • E. Ciba
  • P. Dymarski
  • M. Grygorowicz

  - Polish Maritime Research - Rok 2022

  The paper presents an innovative solution which is heave plates with holes. The long-known heave plates are designed to damp the heave motion of platforms. They are most often used for Spar platforms. The growing interest in this type of platform as supporting structures for offshore wind turbines makes it necessary to look for new solutions. Based on the available literature and the authors’ own research, it was concluded that...

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• Wykład „The future of wind energy”

  Wydarzenia

  09-12-2022 10:00 - 09-12-2022 11:00

  Centrum Morskiej Energetyki Wiatrowej PG oraz Związek Uczelni Fahrenheita serdecznie zapraszają na wykład otwarty pt. “The future of wind beyond economic competitiveness”, ktory wygłosi prof. Carlo Bottasso.

• Strength analysis of a large-size supporting structure for an offshore wind turbine

  Publikacja

  • K. Niklas

  - Polish Maritime Research - Rok 2017

  The offshore wind power industry is the branch of electric energy production from renewable sources which is most intensively developed in EU countries. At present, there is a tendency to install larger-power wind turbines at larger distances from the seashore, on relatively deep waters. Consequently, technological solutions for new supporting structures intended for deeper water regions are undergoing rapid development now. Various...

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• APPLICATION OF THE KOSECKI’S METHOD IN DESIGNING OF OFFSHORE WIND POWER PLANTS FOUNDATION

  Publikacja

  • K. Mikina
  • P. Więcławski

  - ACTA SCIENTIARUM POLONORUM. SERIA: ARCHITECTURA - Rok 2018

  The concept of offshore wind power plants has been well developed in many European countries. There is no such thing as design of offshore wind power plants according to national tradition. The main problem is the lack of standards and guidelines. Ones being applied are Scandinavian or American methods which are not fully adapted to the conditions of the Baltic Sea. The article focuses on the monopile design, as it is currently the...

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• VSC converters control for offshore wind farms HVDC grid connection

  Publikacja

  • J. Klucznik
  • Z. Lubośny

  - Rok 2013

  The paper proposes a voltage sourced converter (VSC) new control method. A well-known in the electric power systems correlation between voltage angle and active power and correlation between voltage and reactive power is used instead of feedforward control. This allows for a fast and almost independent control of active and reactive power flow.

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