The digital transformation is picking up speed in the wind industry. From monitoring and controlling wind farms to forecasting energy production and maintenance requirements, companies are increasingly reliant on smart sensors, big data analytics and artificial intelligence (AI).
This all helps to operate their wind power systems more efficiently, while minimising downtime.
“Examples such as rotor blade wear monitoring or predictive maintenance of turbines demonstrate the benefits of digitalisation,” said Claus Ulrich Selbach, business unit director maritime and technology fairs at Hamburg Messe und Congress – the event campus that organises WindEnergy Hamburg.
Service and maintenance account for one third of a turbine manufacturer’s sales revenues, he added.
“Being able to make sound predictions about the condition or wear of turbines and other components increases turbine availability, helping to deploy staff more efficiently in times of a shortage of skilled labour.”
At the international wind industry expo in Hamburg from September 24 to 27, market-leading exhibitors will showcase their innovations supporting the digital transformation.
Virtual representation of reality
Digital twins play a key role in the work of wind turbine manufacturers. Whether aerodynamics, acoustics or energy management, the digital representation of a wind turbine lets engineers simulate all associated processes in a data model.
“What we want to achieve with the digital twin is to create an exact digital model of the entire wind farm that allows us to run entire scenarios,” says Greg Oxley, lead data scientist at Siemens Gamesa.
Simulation helps the company optimise systems proactively, reducing the costs of live testing substantially. Performance data collected during live operations is fed back into the development process to support the continuous improvement of wind turbines.
The benefits of this approach are already evident, said Michael Sandholm Jepsen, technical authority support structure integrity at Vattenfall.
“Using our digital twins, we have delivered proof that the wear on turbines is lower than what the original designs had suggested,” he said. “We have to use this information proactively because it will enable us to extend the lifespan of our existing wind farms in a safe and cost-optimised manner while optimising designs for future wind farms.”
Apart from Vattenfall and Siemens Gamesa, the classification society DNV and the wind turbine manufacturer Vestas will also exhibit digital twin solutions at WindEnergy Hamburg in September.
AI CENTER: Artificial intelligence as a game changer
This year’s WindEnergy Hamburg will dedicate even more space to AI than in past years. At the AI CENTER, organised in cooperation with the AI.HAMBURG team, industry visitors will learn more about potential applications of AI-based solutions.
“The ability to capture and manage data has become a major success factor for efforts to improve the operation of wind turbines and wind farms – and the management of the energy network as a whole,” says Ragnar Kruse, co-founder and CEO of AI.HAMBURG. “The digital transformation, in the wind energy industry as elsewhere, is inconceivable without AI today.”
The British software house Kavaken is one of the companies that embrace this technology. “Through our innovative platform, we are changing the way renewable energy systems are operated, financed and insured, enabling effortless and efficient asset management,” says co-founder and CEO Tokyay Bora.
Meanwhile, the wind energy experts at MesH Engineering deploy innovative applications to help companies develop ever larger wind turbines and components. Interested visitors can study these and other promising concepts at the AI CENTER at WindEnergy Hamburg.
Storage Tour: concentrated power
The production of wind energy is increasing steadily – whether through newly erected units or repowering. Both not only require smart feed-in management but also innovative and powerful energy storage technologies, which are the key to the future energy supply.
Exhibitors addressing this field of expertise can be found along the dedicated Storage Tour at WindEnergy Hamburg.
“This highlights the importance of this topic and makes it easier for visitors to locate relevant suppliers,” said Claus Ulrich Selbach. Exhibitors will include Avacon, GP Joule, OAT and many others.
About WindEnergy Hamburg
Every two years, WindEnergy Hamburg takes place right in the heart of the vibrant port city in northern Germany.
Around 1,500 companies from 40 countries present their innovations and solutions in 10 exhibition halls, visited by to up to 40,000 visitors from 100 different nations.
Covering 75,000 m² across the exhibition campus, equipment manufacturers and suppliers representing all stages of the onshore and offshore wind energy value chain provide a comprehensive overview of the market.
The trade fair is accompanied by conference sessions where top-ranking experts address the industry’s current key topics.
For more information, visit windenergyhamburg.com
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