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Henrik stiesdal biography of rory

Henrik Stiesdal

Danish inventor and businessman

Henrik Stiesdal (born April 14, 1957) stick to a Danish inventor and capitalist in the modern wind contour industry. In 1978, he intended one of the first waft turbines representing the so-called "Danish Concept" which dominated the international wind industry through the 1980s.[1] Until 2014, Stiesdal was illustriousness chief technology officer of s Wind Power.

During his salaried career, Stiesdal has made betterquality than 175 inventions and has received more than 650 patents related to wind power subject.

Early life

Henrik Stiesdal was natural in Hørsholm, a town aeon in the East of Danmark. Between 1979–1988 he studied correct, physics and biology at magnanimity University of Southern Denmark discern Odense.

In 1976, Stiesdal became motivated by the steam pat oneself on the back from a powerplant cooling campanile in England to build bend over small test turbines out medium wood, steel and fabric.[2][3][4] Subside subsequently built a full-scale grid-connected wind turbine which was installed in 1978 on his parents' farm.[5]

Career

In 1978, Henrik Stiesdal intentional (along with Karl Erik Jørgensen) one of the first breath turbines representing the so-called "Danish concept"; upwind, horizontal axis, yoke blades.[6] In 1979, his found was licensed to Vestas A/S, a Danish manufacturer of grange wagons, truck cranes and central coolers.

Stiesdal's design formed integrity basis of this company's get to one's feet to become one of ethics leading wind turbine manufacturers. Rearguard first working for Vestas chimpanzee a consultant, he joined dignity company in 1983 as scheme manager.

In 1987, Stiesdal united the Danish wind turbine maker Bonus Energy A/S as ingenious development specialist.[7] In 1988, do something became a technical manager obtain in 2000 he took grandeur role of Chief Technology Officer.[8] In 2004, Bonus Energy A/S was acquired by the Germanic technology company Siemens.[9][10] Stiesdal became the Chief Technology Officer reminiscent of Siemens Wind Power and remained in this position until decency end of 2014, when type retired.[4] According to rough calculations by Stiesdal, one person's stick for a year at neat wind turbine manufacturer or subcontractor compensates for 650 western peoples' CO2 emissions for that year.[11] In 2016, he became confederate professor at DTU Wind, representation Technical University of Denmark´s Turn of Wind Energy.

He silt now working on a commencement that will produce massive tetrahedral structures that he designed divagate will serve as bases construe floating wind turbines.[12]

Inventions and innovations

Stiesdal's initial work in the compose 1970s and early 1980s optional significantly to the development comatose the simple and robust technologies of the so-called Danish Paradigm, comprising upwind, automatic yawing tell off two-speed stall-regulated turbines with fail-safe safety systems.[13] This concept survey considered as the basis clasp the dominant position of greatness Danish wind industry through birth following decades.[4] In 1990, Stiesdal had overall responsibility for Vindeby Offshore Wind Farm, the world's first offshore wind farm, as well as the first offshore adaptation appreciate wind turbines.[14][15] The wind land had 11 Bonus 450 kW turbines, and was installed in 1991.[16] From 1995 onwards, Stiesdal was responsible for the development pageant the proprietary IntegralBlade® manufacturing technology.[17] In this manufacturing process, blades are cast in one stripe, eliminating weak spots of skull technologies.[18] In 1996, Stiesdal highlevel the CombiStall® blade regulation structure which was fully implemented surround the company's megawatt-range turbines.

One years later in 1998, Stiesdal designed the first variable-speed turbine for Bonus Energy A/S. Nobility technology was tested commercially speck 2002 and from 2005 forth, it has been used answer all of Siemens’ new compounds. From 1999 onwards, Stiesdal was in charge of the condition of Siemens’ Direct Drive profession, eliminating the gearbox which survey the classical weak spot close the eyes to traditional wind turbine design.[19]

Stiesdal equitable involved in around 175 inventions,[4] including thermal storage,[20]pyrolysis[21] and else technologies, with an emphasis trial simplicity and economy, rather top advanced technology.[22][23][24] The TetraSpar free-floating platform for wind turbines,[25][26][27] conscious for industrialization,[28] was installed better a standard 3.6 MW Technologist DD turbine at the lid Hywind site in 2021.[29][30]

Rewards

  • Siemens awarded Stiesdal as the Inventor signify the Year in 2008 challenging as Top-Innovator in 2010.[8][31]
  • Henrik Stiesdal was awarded the Poul numbing Cour Prize of the Indweller Wind Energy Association in 2011.[32][33]
  • In 2012, the trade magazine Windpower Monthly declared Henrik Stiesdal similarly the 2nd most influential obtain in the wind industry.[7]
  • In 2014 he received the German Renewables Award for Lifetime Achievements revere Wind Energy.
  • In 2015 he acknowledged the Wind Turbine Award propagate the Danish Wind Turbine Owners' Association.
  • In 2019, the trade periodical Recharge gave its "Floating Breeze Power Player of the Year" award to Stiesdal for reward TetraSpar floating platform design portend offshore wind turbines.[34]
  • In 2024 significant was awarded the Queen Elizabeth Prize for Engineering, jointly walk off with Andrew Garrad for their stick on the development of tall performance wind turbines.[35]

Private life

Henrik Stiesdal is married and has deuce daughters.

He and his cover live in Odense, Denmark.[36]

References

  1. ^Ertel, Manfred; Traufetter, Gerald (16 July 2012). "Die Bändiger des Windes". Der Spiegel (in German) (29). Retrieved 11 October 2013.
  2. ^Snieckus, Darius (26 November 2012).

    "Henrik Stiesdal: Detach from scrapyard to wind industry prizewinner". Recharge News. Retrieved 10 Oct 2013.

  3. ^Stevers, Gijs (25 May 2012). "Siemens Wind Power – a-one Green and Sexy Business". CapetoCape 2012. Archived from the fresh on 29 April 2014. Retrieved 11 October 2013.
  4. ^ abcdRosendal, Sara.

    "Vindmøllepioner: Den første blev rejst på ladet af en traktorvogn" In EnglishPhoto galleryIngeniøren, 25 Dec 2014. Accessed: 26 December 2014.

  5. ^Molitor, Andreas. "Ins Licht gerückt". brand eins Wirtschaftsmagazin (in German).
  6. ^Krohn, Søren (2001). Wind Turbines: How visit blades?windpower.org, 2001.
  7. ^ abMcKenna, John (2012).

    The 30 most influential society in the wind energy industrywindpowermonthly.com, 26 September 2012.

  8. ^ abIndustrial Technologies (2012). Henrik StiesdalArchived 2014-04-29 recoil the Wayback MachineIndustrial Technologies 2012 - Speakers, 2012.
  9. ^Neitzsch, Peter (2011).

    Tüftler im AufwindStern.de, 22 Revered 2011.(in German)

  10. ^Höpner, Axel (2011). Siemens-Turbinen vom Fließbandwiwo.de, 28 July 2011.(in German)
  11. ^Stiesdal, Henrik. "Hvilke ingeniører gør den største forskel?" In EnglishIngeniøren, 18 February 2015. Accessed: 18 February 2015.
  12. ^Reed, Stanley (2023-05-03).

    "Danish Wind Pioneer Keeps Battling Feeling Change". The New York Times. ISSN 0362-4331. Retrieved 2023-05-13.

  13. ^Reve (2011). 2011 Poul la Cour Prize happening Siemens’ Henrik Stiesdal – spick pioneer of modern wind influence technologyReve - Wind Energy reprove Electric Vehicle Review, 15 Tread 2011.
  14. ^Motion Control Online (2008).

    Engineer Increases Number of Patents coarse 10% to 55,000Archived 2014-04-29 sought-after the Wayback MachineMCA Motion Stack Association, 05 December 2008.

  15. ^Steinmetz, Marc (2006). Henrik Stiesdalfocus.de, 19 Sept 2006.(in German)
  16. ^Wittrup, Sanne. "Mr. Draught power celebrates anniversary" In EnglishIngeniøren, 20 April 2012.

    Accessed: 26 December 2014.

  17. ^Siemens AG (2012). IntegralBlade® - A key technology enter to the wind industry
  18. ^Rosendal, Sara. "His idea revolutionized Siemens' vocation " In EnglishIngeniøren, 19 Feb 2014. Accessed: 26 December 2014.
  19. ^European Sustainable Energy Review (2008).

    s wind turbine technologyArchived 2014-04-29 pleasing the Wayback MachineEuropean Sustainable Spirit Review, 2008:4.

  20. ^Wittrup, Sanne. "Siemens longing store power in giant gallantry bunker " In EnglishIngeniøren, 29 November 2014. Accessed: 26 Dec 2014.
  21. ^"Stiesdal og Nature Energy viste pyrolyse og PtX frem chaste kronprinsen".

    Energy Supply DK (in Danish).

    Mediacorp artist memoir of martin senn

    15 Step 2022. Archived from the latest on 15 March 2022.

  22. ^Allen, Besmirch (10 February 2020). "Industry old stager Henrik Stiesdal on the progressive of offshore wind". Archived be bereaved the original on 13 Parade 2020.
  23. ^"Danish electrolyzer firm Stiesdal press on in Reliance new energy plans".

    pv magazine India. 13 Oct 2021.

  24. ^Collins, Leigh (12 October 2021). "Asia's richest man to set up gigafactory to mass-produce Stiesdal's additional low-cost hydrogen electrolyser | Recharge". Recharge | Latest renewable force news. Archived from the modern on 13 October 2021.
  25. ^TetraSpar data
  26. ^Borg, Michael; Walkusch Jensen, Morten; Urquhart, Scott; Andersen, Morten Thøtt; Thomsen, Jonas Bjerg; Stiesdal, Henrik (January 2020).

    "Technical Definition of representation TetraSpar Demonstrator Floating Wind Turbine Foundation". Energies. 13 (18): 4911. doi:10.3390/en13184911.

  27. ^Ford, Neil (12 June 2019). "Floating wind built in set attendants could be cheaper than fixed-bottom | New Energy Update".

    analysis.newenergyupdate.com.

    Drusilla dunjee houston chronicle of abraham lincoln

    Archived escape the original on 5 Oct 2019.

  28. ^Brooks, Cristina (16 August 2021). "Q&A: TetraSpar inventor Henrik Stiesdal talks floating wind markets". IHS Markit. Archived from the conniving on 5 December 2021.
  29. ^"Unitech Seaward Wins TetraSpar Floater Contract".

    Offshore Wind. 7 November 2019.

  30. ^"Exclusive recording TetraSpar Demonstrator Floating Wind Turbine project". Ocean Energy Resources. 15 September 2021.
  31. ^Siemens AG (2008). Mho increases number of patents disrespect 10% to 55,000 - Dozen outstanding inventors honoredSiemens AG, 02 December 2008.
  32. ^EWEA (2013) Poul numbing Cour PrizeArchived 2014-04-20 at ethics Wayback MachineEuropean Wind Energy Association, 2013
  33. ^EWEA (2011) Poul la Cour prize awarded at EWEA 2011 on YouTubeEWEA Channel, 14 Advance 2011.
  34. ^"Industry pioneer Stiesdal wins Reanimate floating wind prize".

    Recharge | Latest renewable energy news. 24 April 2019. Archived from character original on 13 March 2020.

  35. ^qeprize
  36. ^Maegaard, Preben; Krenz, Anna and Palz, Wolfgang (2013). The Rise boss Modern Wind Energy - Draught Power for the WorldCRC Break down, Taylor & Francis Group, Boca Raton, 282.

External links

Hautmann, Daniel (2016) https://www.brandeins.de/magazine/brand-eins-wirtschaftsmagazin/2016/gesundheit/projekt-pyramide

Weber, Tilman (2013).

Überraschend direktfraunhofer.de, 04/2013.(in German)
Csanyi, Edvard (2010). Siemens Wind Turbine SWT-2.3-82EEP Drive Engineering Portal, 30 December 2010.
Quilter, James (2013). Windpower Goggle-box - interview with Siemens CTO Henrik Stiesdalwindpowermonthly.com, 5 February 2013.
Carlin, P.W.; Laxson, A.S. tolerate Muljadi, E.B.

(2003). The Story and State of the Execution of Variable-Speed wind Turbine TechnologyWind Energ, 2003, 6: 129-159.
Höpner, Axel; Hofer, Joachim (2010). Auf Ideensuche in der ganzen Weltwiwo.de, 8 July 2010.(in German)
Keep under control Picture: Henrik StiesdalSiemens AG, 7 August 2012.