German Renewables Awards For Wind Energy 2014
Originally published in the ECOreport
The official photo (below) captures a little of the spirit that pervaded Hamburg’s historic Fish Auction Hall. It was more like a party than a ceremony. The atmosphere could be summed up in three words: fine, wine and conversation. This was where the German Renewables Awards for Wind Energy 2014 were announced.
There were 61 submissions and nominations for four categories: “Lifetime Achievement, Wind Energy”, “Product Innovation of the Year”, “Project of the Year“ and “Student Thesis of the Year, Wind Energy”.
Lifetime Achievement Award: Henrik Stiesdal
Henrik Stiesdal’s relationship with wind turbines goes back to the Christmas of 1976. He and his father carved a blade out of two pieces of fir. Looking back, the inscription “M1” (for model one) seem an almost prophetic description for the man who is now being called one of the major players in the wind power scene.
Stiesdal retained his approachable manner after leaving the family farm in Denmark. In a video produced for the award, co workers referred to him with descriptions like “kind,” funny,” “very sharp.” The most commonly repeatedly anecdote is of his tendency to recline back in a chair and ask “So what?”
His career officially began at Vestas. He was CTO at Bonus Energy when that company was acquired by Siemens in 2004.
“My driving force over the years was my strong desire to make wind power the preferred energy source. In addition I of course greatly enjoyed working on this technology and being part of a sector that continues to develop larger turbines that are ever more profitable, efficient and elegant,” said Henrik Stiesdal, CTO of Siemens Wind Power.
Product Innovation of the Year: Qreon GmbH & Freqcon GmbH
According to the video, this story started in the Lower Saxon town of Freqcon. Two pioneers of the German Wind industry were puzzling over how to deal with unusual grid situations. Their solution was the Q82 wind turbine of 2 MW capacity with integrated energy storage system.
“We are fascinated by the idea of creating an overall concept where the tried and tested wind turbine technology together with innovative storage is connected to the grid only via one high-performance converter. We accept this challenge together with our strong cooperation partners,” said Qreon’s Managing Director Detlef Bengs.
Project of the Year: Riffgat
The first commercial wind farm in the German North Sea was chosen as “Project of the Year.” Riffgat consists of thirty 3.6 MW Siemens around 15 kilometres from the isle of Borkum.
One of the reasons for this decision was Riffgat’s focus on environmental issues. The video mentions protecting “sea mammals … during the construction period.” The underwater noises from pile driving can be lethal for harbor porpoises. The narrator described the project’s success, “Using specific technical equipment, the burden was reduced significantly.”
The two factors mentioned in the video are cost and environment. Is there a tally of the number of sea mammal fatalities? Or statistics that show how much of an improvement this is? What value has this project brought? (in terms of energy and reduced emissions) And what was the cost to the local ecosystem?
Another significant detail about Riffgatt is that the project manager is a woman. You can get an idea how male dominated this industry is by watching the video.
“Riffgat is the result of a magnificent team with dedication, perseverance, competence and experience – every time I see our wind farm I am proud of each one of them. I know how hard we worked to demonstrate that offshore wind farms in Germany can be built on time and in an environmentally sound manner. The revolving rotors are a wonderful reward. The prize today is a great distinction and a confirmation which we are very happy about,” said a delighted Irina Lucke from the Riffgat project management team at EWE Offshore Service & Solutions GmbH.
Student Thesis of the Year: Jenny Bünger
The “Thesis of the Year” was an “analysis of of electrical tension in the grid in the case of a normal operating state, or in the case of grid disturbance.”
In the video, Jenny Bünger illustrated how the grid is being pushed to the limits by throwing pebbles into a pond. There were few disturbances when she threw a few pebbles, but the number dramatically escalated after she threw a handful.
“This is the first work to analyse and provide suggestions for improvement for the methods of evaluation that are used in the grid and inherent protection of decentralised generation units, especially with regard to the certification of units and turbines,” said Jenny Bünger, RWTH Aachen / FGH GmbH.
Notes on Illustrations, in descending order:
- Awards ceremony – courtesy German Renewables Award 2014
- Lifetime Achievement image taken from the German Renewables Award Video by UC – TV Hamburg
- “Product Innovation of the Year”Image taken from the “Product Innovation of the Year” Award Video by UC – TV Hamburg
- Image taken from the Project of the Year Award video by UC – TV Hamburg
- Taken from the video Student Thesis of the Year – Courtesy UC TV Hamburg
- Recipients: (l to r) Christian Maaß, Simon Hover, Jan Rispens, Irina Lucke, Dr. Kai Hünemörder, Detlef Bengs, Jenny Bünger, Andreas Schröter, Henrik Stiesdal, Martin Oldeland, Norbert Hennchen, Rüdiger Theophil (left to right)” width=”1001″ height=”565″ /> Christian Maaß, Simon Hover, Jan Rispens, Irina Lucke, Dr. Kai Hünemörder, Detlef Bengs, Jenny Bünger, Andreas Schröter, Henrik Stiesdal, Martin Oldeland, Norbert Hennchen, Rüdiger Theophil – courtesy German Renewables Award 2014
Have a tip for CleanTechnica? Want to advertise? Want to suggest a guest for our CleanTech Talk podcast? Contact us here.
Latest CleanTechnica.TV Video
CleanTechnica uses affiliate links. See our policy here.
