11.05.2023 | Wind power plants

Professionals pinpoint potentials for improvement in terms of safety on wind power plants ...

Wind power parks or plants are among the workplaces that carry the highest risk potential of all. When it comes to safety, these installations pose a tremendous challenge in more than one way: as they average a height of 100 to 140 metres and are usually set up in far-off locations. In this article, we look at the danger areas from the perspective of BWTS experts.

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Specialist series: Fall protection at and on wind power plants

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Rescue training interview RelyOn Nutec and Innotech - Onshore

“What happens when something happens?” – Birk Schütte in the interview about rescue training for wind power technicians

In addition to a professional, certified fall protection system, in-depth training is amongst the major elements of a comprehensive safety concept. Rescue training is an extremely important component of this. Birk Schütte explains what matters in terms of rescue training, and how important professional fall protection systems are, even at the level of training.

02
Godewind II relies on fall protection from Innotech

Success Story Gode Wind 2

Protecting an offshore wind farm requires the most modern, certified safety systems which can be optimally adapted to the actual situation. In the case of Gode Wind 2, the ascent on the one hand, and the maintenance routes along the shunts on the other hand had to be protected appropriately.

03
 BWTS & Innotech

Professionals pinpoint potentials for improvement in terms of safety on wind power plants ...

Wind power parks or plants are among the workplaces that carry the highest risk potential of all. When it comes to safety, these installations pose a tremendous challenge in more than one way: as they average a height of 100 to 140 metres and are usually set up in far-off locations. In this article, we look at the danger areas from the perspective of BWTS experts.

04
BWTS interviewed by Innotech

Exciting insights into the working life of a service engineer for wind turbines

The subject of safety, as viewed by an expert. At INNOTECH we therefore examine in detail the special challenges created in practice by the various wind turbine models, and how we can optimise our fall protection systems for this specialised application. That is why we interviewed BWTS on this topic.

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Danger sources wind turbines - fall protection

Challenges for service engineers on wind turbines

Wind turbines - the giants on land and water - reach dizzying heights in order to generate energy from the power of the wind. In this blog post, we explain the challenges relating to each danger area, how fall protection and wind power interact in general, the solutions which we offer for this and, as a modest digression, how the development of wind energy came about.

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INNO|talk - expert discussion on the subject of fall protection on wind turbines

The importance of fall protection systems for wind power

To ensure that service technicians are protected in the best possible way during their dangerous work, safety systems must undergo continuous development. For this reason, INNOTECH continuously exchanges information with operators of wind power plants as well as training and education institutions in this segment. Find out in our INNO|talk what experts report on this topic based on their practical expertise.

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Safety first - Innotech & wind power plants

Best Of INNO|talk Part I: Danger areas on wind turbines - safety is always first

In the INNOtalk on the subject of safety at wind power plants, Marc Wollschläger and Michael Pett share their hands-on experience on the subject. They spell out their practical knowledge of the TAURUS rail system, which they have dubbed the perfect fall protection system for wind turbines. The reason why is very simple: Not only does this solution allow for a seamless connection between the vertical and horizontal passages, but it can also be precisely adapted to the individual needs.

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Best Of INNO|talk Part II - experiences and feedback

Best Of INNO|talk Part II: Experiences, feedback and cooperation for improved safety on wind turbines

The fledgling discussion format INNOtalk provides experts from all relevant areas of wind power with an opportunity to take the floor and describe their respective problems and challenges. Following the motto of "listen and comprehend", the panel makes it possible to utilize the needs and requirements of the affected employees in a way that allows for the creation of a safe working environment on wind turbines.

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The big overview - safety at wind power plants

Safety on wind turbines - the big picture

Because wind turbines are one of the most dangerous workplaces in terms of industrial safety, it is natural that fall protection systems and safety solutions are currently gaining in importance in this regard. This article provides you with all relevant information about the legal requirements, technical solutions, and developments in the area of safety.

A fall protection system for wind turbines must ensure the greatest possible individual protection without interfering with the work the technicians need to perform.

Marc Wollschläger
 BWTS & Innotech

They endanger the safety of the individual worker and make it necessary to plan the rescue chain in an emergency down to the last detail, ensuring that an accident victim can be given First Aid and medical attention as quickly as possible. This is why the operators of such power plants also need to meet highly specific requirements, which are laid out in national and international minimum safety standards and must be adhered to in all circumstances. 

A professional and certified fall protection system for wind turbines with all its components must ensure the greatest possible individual protection without interfering with the work the technicians need to perform. As a general rule, all plants in Germany and Austria operate with an excellent safety concept. Notwithstanding, professionals have discovered potentials for improvement that would be relatively easy to implement. 

Marc Wollschläger, Head of Sales & Business Development at BWTS, describes what these are. BWTS is a service provider in the field of renewable energies, i.e. for wind turbines, photovoltaics, and much more. The trained service technicians carry out testing, maintenance and repair work on renewable energy systems with utmost reliability and occupational safety. We stayed with BWTS at a wind farm in Süderau, 50 km from Hamburg. After asking the experts to give us their assessment of a Senvion 3.4 wind turbine, we worked out where there is currently room for improvement in terms of occupational safety and which solutions we offer in this regard. 

On that day, Marc Wollschläger also accompanied a young colleague who had never been involved before in any of the work required at the wind turbine. 

 

The status quo

"It was a very exciting and exhilarating day," says Esra Tutal, Junior Sales Manager at BWTS, summing up the events of the day. "I am absolutely thrilled. My fitness watch tells me that my pulse is still at 125“.

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The most common fall protection systems for onshore wind turbines include rail systemssingle anchor points and the corresponding PPE. In our blog post: “Service engineers on wind turbines find themselves confronted with these challenges in terms of fall protection. INNOTECH Goes Wind Power lets you find details on the specific hazard areas and the safety solutions you need to secure them. Offshore installations are most commonly equipped with a guardrail system fitted to the roof as these installations are often approached by helicopter and require workers to rappel down to the installation. 

 

The vertical ascent and descent

Climbing up the ladder of onshore turbines requires the workers to detach and re attach to the system several times. Find out what the experts have to say about it in the video.

“We can do even better!”

The goal set for this day was to develop a feel for the field of wind power that would help us offer safety solutions that can be optimally adapted to the needs and requirements in practice. Marc Wollschläger found that it proved to be a tricky task to remain continuously secured while trying to reach the measuring instruments on the roof of the installation - at least he sometimes had a rather queasy feeling.

"You frequently have to detach from one safety system and re-attach to another," he states, explaining the situation. He views this as complicated and elevating the safety risk. He wishes for the service technicians to have the ability to move freely despite the fall protection system, as this will let them do their daily work in the best possible way. He is convinced that: “We can do even better! Namely: with a continuous runner system and two redundant anchor points." Especially for newcomers in this area, such a modern system would be much easier to use and, consequently, be much safer.

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Discover our solutions for wind turbines here.

 

Summary

The wind turbines in Germany and Austria are exceptionally well protected against falls and accidents. After all, the protection of workers in such dangerous workplaces is also mandated by law. Nevertheless, their work in practice has led professionals to identify room for improvement, which, thankfully, can be filled easily with the appropriate measures.

If you have questions about safety on wind turbines, you should contact us now. Our experts will be happy to advise you! In addition, our application page offers you an overview of the safety solutions we have devised for the field of wind power. To provide more details on this topic, we have also prepared a checklist for you.

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