News
Deutsche Windtechnik adds more than 6000 turbines to Opoura platform
Press release
September 05, 2025
4 min read
SILKEBORG, DENMARK – Tuesday, September 2, 2025 – Opoura continues its cooperation with Deutsche Windtechnik with an agreement to integrate more than 6,000 turbines from a wide range of manufacturers into their OneView® claVis Monitor energy management platform. The cloud-based software serves as Deutsche Windtechnik’s consolidated control room system and is already overseeing 6,100 onshore turbines, representing approximately 11 GW of wind capacity.
With the new addition of thousands of turbines, Deutsche Windtechnik takes advantage of Opoura’s centralized solution, which is designed to remotely monitor and troubleshoot a highly heterogeneous turbine portfolio in one single overview. The solution addresses a widespread challenge faced by Independent Service Providers (ISPs), technical asset managers, and others overseeing large, mixed fleets of wind turbines. Especially Opoura’s ability to handle multi-tech complexity is highlighted by the customer:
“After years of close collaboration, we knew Opoura could deliver a software platform that meets the technical and operational scale of our fleet. As the leading multi-brand service provider, our key benefit of the OneView® claVis Monitor is that we can check various system technologies simultaneously in a single tool. This enables us to achieve significantly better response times for incoming faults,” says Hauke Behrends, CEO at Deutsche Windtechnik GmbH & Co. KG.
According to Lars Wollschlaeger, Sales Manager at Opoura, the project also highlights the importance of data normalization that can create clarity in managing large fleets with diverse technologies:
"We are happy to continue our strong partnership with Deutsche Windtechnik. Over the years, we have worked closely with control center operators and understand how important it is to have clear, filtered views that match different roles. I'm proud we can deliver exactly that.
As their impressive wind portfolio keeps growing, so does the need for a scalable platform that is ready for the future. With OneView® claVis Monitor, we are providing a solution that not only keeps pace but helps them lead the industry in responsiveness and operational transparency,"
says Lars Wollschlaeger.
Continued collaboration under a new name
Deutsche Windtechnik began its partnership with Hannover-based Quantec Systems in 2015. When Opoura (formerly SCADA International) acquired Quantec Systems in 2024, Deutsche Windtechnik became part of Opoura’s customer portfolio.
Thomas Bagger, CEO at Opoura, views the collaboration with an industry leader like Deutsche Windtechnik as a strong endorsement of the company’s expanded capabilities and direction:
“Our ambition is to support the biggest industry players with intelligent solutions and expertise – and in that way do our part in the energy transition. This partnership is a clear example of that commitment. I’m honored that Deutsche Windtechnik continues to place their trust in us. Even with our new name and added teams of experts.”
About Opoura
We help energy companies unlock the potential of the energy transition by delivering smart, scalable solutions. With deep roots in Nordic renewable energy and a strong presence across North America and Europe, we offer decades of specialized knowledge within software, hardware, and consulting to support our customers in connecting, controlling, and commercializing their assets throughout their lifecycle.
Our clients – ranging from IPPs, ISPs, and OEMs to traders and TSOs – rely on us for our expertise and industry-leading solutions. We enable them to navigate complex energy infrastructure projects, make informed decisions, and optimize their performance in an increasingly electrified landscape.
Our dedicated professionals bring diverse perspectives and a unified purpose to every project. Knowledge is at the core of what we do, drawing from our extensive experience in large-scale projects and partnerships across the sector.
Together, we ignite the potential of the energy transition in a smart way.
