The EcoSwing consortium has taken the new compact and lightweight electric generator to its test site in Thyborøn. At the GC-1 turbine the previously installed permanent magnet generator and the superconducting device swapped places. Jesper Hansen of Envision Energy commented "In the wind turbine we can prove that this technology is ready and it is mature. This will push the thinking around how to make electrical machines into new directions.". This 4th in series video clip will give you an insight into the state of this exciting project.
EU Breakthrough in Superconductive Wind Power
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EcoSwing progress receives worldwide appreciation. That is great! In fact, the Chinese Ministry of Science and Technology calls EcoSwing a breakthrough in superconductive wind power. For those fluent in Chinese, this article is a good summary of the approach and progress in EcoSwing.
Superledende generator skal gøre vindmøllerne lettere
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A superconducting generator will make wind turbines lighter. That is the essence of an article that was published by Bjørn Godske for Ingeniøren, a Danish weekly newspaper specialising in engineering topics.
This article has quite a number of technical facts and figures from the design and from the testing phase."It's really weight saving which means something when the generator needs to be lifted up to 100 meters," says Jesper Hansen from our project partner Envision Ennergy
Retrieve an online copy of this interesting Ingeniøren article here.
Big Rotor on a Diet...
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...this is what science reporter Frank Grotelüschen commented on the EcoSwing generator when he did a series of interviews for the Deutsche Welle (DW). DW is Germany's public international broadcaster with service is available in 30 languages.
"Higher, bigger and more power. Wind turbines have become so big and heavy that transport and installationare becoming increasingly difficult. The solution: significantly lighter and compact generators using high temperature superconductors. An EU project is creating the world's first superconducting wind turbine".
This is his take away after he had interviewed our project partners Werner Prusseit (THEVA), Jesper Hansen (Envision), and Jan Wenske (IWES)
Retrieve the entire DW article here.
Clicking on the bottom right hand side of the picture embedded into the article leads you to the original audio. Have fun listening!
Also you might be interested in a press release by Fraunhofer IWES. Our project partner Hans Kyling reports on the results of the ground-based testing.
Retrieve this press release here.
Here you can easily switch language between English and German, and you can view some hi-res pictures from the testing.
EcoSwing Reports "Testing Complete"
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Bremerhaven, May 22, 2018 - The ground-based tests at IWES are complete and lots of testing data were evaluated. The experts at Fraunhofer IWES confirm that the EcoSwing concept showed good results along with good functionality of the overall DyNaLab integration. A first opportunity into detailed test results is the 9th Meeting Session of the Association of German Engineers (VDI), see below for details.
"As a world's first, we stepped up in applying superconducting technology with the ambitious project EcoSwing. In order to reduce uncertainties, new technology needs testing under realistic conditions. IWES' DyNaLab provided the opportunity to test under definable conditions and gain reliable results," says Jesper Hansen, Senior Project Manager at Envision Energy. So, big thanks to all the people that worked very long hours at IWES to make this campaign a success!
After a final pit-stop at UTwente and in Bremerhaven for finishing assembly, the EcoSwing generator is ready for turbine integration. The project partners are now looking forward to the field campaign with a 3.6 MW test turbine from Envision in Denmark. The generator with a diameter of just 4 m will be transported there by ship.