Henrik Stiesdal
- January 4, 2024
- Inventor
Quick Facts
Henrik Stiesdal Biography
| Name | Henrik Stiesdal |
| Birthday | Apr 14 |
| Birth Year | 1957 |
| Place Of Birth | Hørsholm |
| Birth Country | Denmark |
| Birth Sign | Aries |
Henrik Stiesdal is one of the most popular and richest Inventor who was born on April 14, 1957 in Hørsholm, Denmark. Henrik Stiesdal, a Danish inventor and entrepreneur in the modern-day wind power industry, was born April 14, 1957. He designed the first wind turbine representing the “Danish Concept”, which was dominant in the global wind industry throughout the 1980s. Stiesdal served as the Chief Technology Officer at Siemens Wind Power from 1978 to 2014. Stiesdal is the Chief Technology Officer of Siemens Wind Power. He has been a part of more than 175 inventions, and more than 650 patents in relation to wind power technology.
Weber, Tilman (2013). Uberraschend direkt fraunhofer.de, 04/2013. Csanyi Edvard (2010). Siemens Wind Turbine SWT2.3-82 EEP Electrical Engineering Portal. Quilter, James (2013). Windpower TV – interview with Siemens CTO Henrik Stiesdal windpowermonthly.com, 5 February 2013.Carlin, P.W. ; Muljadi E.B., and Laxson A.S. (2003). The History and State of the Art of Variable Speed wind Turbine Technology Wind Energ 2003, 6:129-159. Hofer, Joachim (2010). Auf Ideensuche in der ganzen Welt wiwo.de, 8 July 2010. Press Picture: Henrik Stiesdal Siemens AG 7 August 2012
Henrik Stiesdal was a Danish citizen who was born in Horsholm. This is a small town in the East of Denmark. He studied medicine, biology and physics at the University of Southern Denmark in Odense from 1979 to 1988. Stiesdal was inspired by steam from an England powerplant cooling tower to build two test turbines using wood, steel, and fabric in 1976. In 1978, he built a grid- connected full-scale wind turbine that he installed on his family’s farm.
Henrik Stiesdal Net Worth
| Net Worth | $5 Million |
| Source Of Income | Inventor |
| House | Living in own house. |
Henrik Stiesdal is one of the richest Inventor from Denmark. According to our analysis, Wikipedia, Forbes & Business Insider, Henrik Stiesdal 's net worth $5 Million. (Last Update: December 11, 2023)
Stiesdal’s early work in the late 1970s/early 1980s was a significant contribution to the development and maintenance of simple, robust technologies such as the Danish Concept. This technology includes upwind, automatic, yawing, and two-speed, stall-regulated turbines with failsafe safety systems. This concept is the foundation of Denmark’s dominance in the wind industry over the next decades. Vindeby Offshore Wind Farm was the first offshore wind farm in the world. It was also the first offshore adaptation. In 1991, the wind farm was built with 11 Bonus 450kW turbines. Stiesdal was the one responsible for developing the IntegralBlade(r), a proprietary manufacturing technology. This manufacturing process eliminates any weak spots in other technologies by casting the blades one-piece. Stiesdal invented the CombiStall(r), a blade regulation system that was fully implemented in company’s megawatt range turbines. In 1998, Stiesdal created the first variable speed turbine for Bonus Energy A/S. It was commercially tested in 2002, and since 2005 it has been used in every new Siemens product. Stiesdal led the development of Siemens Direct Drive technology. This eliminates the need for a gearbox, which was the traditional weak point of traditional wind turbine designs. Stiesdal has been involved in approximately 175 inventions. In 2020, the first Hywind site will be home to the TetraSpar floating platform for windturbines that houses a 3.6 MW Siemens DD Turbine.
Henrik Stiesdal and Karl Erik Jorgensen designed one of the first wind- turbines that represented the “Danish” concept in 1978. Vestas A/S in Denmark, a Danish manufacturer for farm wagons, truck cranes, and ship coolers, licensed his design in 1979. This company has grown to be one of the world’s leading manufacturers of wind turbines thanks to Stiesdal’s design. He began his career as a consultant for Vestas before becoming a project manager in 1983. Stiesdal was hired by Bonus Energy A/S in 1987 as a specialist in development. He was promoted to technical manager in 1988 and then to Chief Technology Officer in 2000. In 2004, Bonus Energy A/S, a Danish technology company, was purchased by Siemens. Stiesdal was appointed Chief Technology Officer at Siemens Wind Power. He remained in that position until 2014 when he retired. Stiesdal estimates that one year of work at a subcontractor or manufacturer of wind turbines will offset 650 people’s CO2 emissions. He was made an affiliate professor at DTU Wind in 2016, the Technical University of Denmark’s Department of Wind Energy.
Height, Weight & Body Measurements
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Who is Henrik Stiesdal Dating?
According to our records, Henrik Stiesdal is possibily single & has not been previously engaged. As of December 1, 2023, Henrik Stiesdal’s is not dating anyone.
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Facts & Trivia
Henrik Ranked on the list of most popular Inventor. Also ranked in the elit list of famous people born in Denmark. Henrik Stiesdal celebrates birthday on April 14 of every year.
Who invented floating wind turbines?
The project, which seeks to solve floating wind’s manufacturing cost barriers, is the brainchild of Henrik Stiesdal , a pioneer in the wind turbine industry for 45 years creating technology for both Vestas and Siemens, and now CEO of Danish climate technology company Stiesdal.
What is Father of wind turbine blades?
In Denmark and around the world, Henrick Stiesdal is revered as a father of the wind industry, an industry so young that the 55-year-old Siemens CTO can easily recall the breakthroughs that enabled him to build the company’s first 30kW offshore wind turbine in 1991.
How deep are wind turbines in the sea?
While most offshore wind turbines are anchored to the ocean floor on fixed foundations, limiting them to depths of about 165ft , floating turbines are tethered to the seabed by mooring lines. These enormous structures are assembled on land and pulled out to sea by boats.
How do they fix wind turbines in the sea?
All bar a handful of existing offshore wind turbines are attached to the seabed by a fixed foundation – mostly a large steel tubular pile that transitions to the turbine mast above the seabed. These so-called fixed- bottom turbines are limited to water depths of 50 or 60 metres.
Why does a wind turbine have 3 blades?
With three blades, the angular momentum stays constant because when one blade is up, the other two are pointing at an angle. So the turbine can rotate into the wind smoothly.