Meridional EU

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The #MeridionalEU project optimizes the performance, operation, and design of onshore, offshore, and airborne wind energy systems.

Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or CINEA. Neither the European Union nor the granting authority can be held responsible for them.

Websitehttps://meridional.eu/
LinkedInhttps://www.linkedin.com/company/meridional-eu/

A new report by Ember highlights how wind energy is supplying around 17% of EU electricity ⚑

As the industry grows even further, it cannot do without policy support and technological innovation.

Learn how #MeridionalEU is boosting wind energy in our latest news: https://meridional.eu/news/wind-and-solar-energy-take-the-lead-in-driving-european-electricity-generation/

Wind and solar energy take the lead in driving European electricity generation - Meridional

As Europe power transition crosses a historic threshold, MERIDIONAL takes part in driving wind innovation

Meridional

Can kite-based systems change how we harvest wind energy? 🌬️

A new video explores how airborne wind energy could unlock stronger, steadier winds at higher altitudes: something that we are also working on in #meridionalEU!

Watch the video πŸ”— https://meridional.eu/news/airborne-wind-energy-takes-flight-kites-as-the-next-frontier/

Airborne wind energy takes flight: kites as the next frontier - Meridional

A new video explores the rise of airborne wind energy systems (AWES) - kite-based flying devices harvesting wind power at high altitudes.

Meridional

There is a plethora of suitable contexts and users for airborne wind energy, from construction sites to off-grid islands πŸͺ

However, the key lies in gaining maturity and market traction in order to establish the technology.

Learn more about the challenge πŸ‘‰ https://meridional.eu/news/harvesting-wind-with-kites-from-childs-dream-into-energy-revolution/

#MeridionalEU

πŸ” One of the key goals of #MeridionalEU is to better understand and simulate unsteady inflow conditions, and how they affect the performance and loads of onshore, offshore, and airborne wind energy systems.

Discover how we are bridging such knowledge gaps in our article πŸ”— http://bit.ly/3H6LV2r

How does airborne wind energy work, and why is it important for the energy transition? πŸͺ

In #MeridionalEU latest article we explain how kites can harness high-altitude winds to tap into stronger, more stable wind resources while using up to 90% less material 🌬️

πŸ”— https://meridional.eu/news/harvesting-wind-with-kites-from-childs-dream-into-energy-revolution/

πŸ“Έ At the latest #MeridionalEU meeting in Stuttgart, participants explored scientific visualisation through a hands-on Vistle workshop at HLRS - High-Performance Computing Center Stuttgart, learning to create 3D visualisations of wind energy simulation data.

Missed it? The full workshop recording is now available to watch online in our dedicated news release: https://meridional.eu/news/vistle-workshop-brings-data-to-life-at-hlrs/

πŸͺ Kites are no longer just for play: in #MeridionalEU first article, journalist Diego Giuliani explains how they are actually reshaping the future of wind energy.

🌬️ By reaching stronger winds at high altitudes with up to 90% less material than traditional turbines, #AirborneWindEnergy systems can power remote areas, cut diesel reliance, and complement offshore wind.

Read the article here: https://meridional.eu/news/harvesting-wind-with-kites-from-childs-dream-into-energy-revolution/

πŸ“Έ At the #MeridionalEU GA hosted by Uni Stuttgart, partners shared key project updates, including drone-based turbine simulations πŸŒ€

Drones help test trajectories, turbulence & more, giving fast, accurate data to improve wind plant predictions.

Have a look at some data πŸ‘‰ windlab.hlrs.de/en_AU/about

How can visualisation programs support research in #WindEnergy? πŸ“Š 🌬️

We are excited to announce that #MeridionalEU is going to leverage VISTLE, an open-source scientific visualization platform developed by HLRS - High-Performance Computing Center Stuttgart.

The software will allow unlocking of high-fidelity visualisations of complex wind flow simulations, boosting research in windfarm performance and aerodynamics.

Find out more in our press release: https://meridional.eu/news/data-visualisation-software/

Data visualisation software enhances wind energy research - Meridional

MERIDIONAL, an EU-funded project on wind energy, is leveraging the power of Vistle, an open-source data visualisation software program.

Meridional

🌬️ #meridionalEU was proud to take part in the CINEA -Wind Energy Clustering Event which took place yesterday in Brussels.

Our coordinator, Simon Watson of Delft University of Technology together with communication and project upscaling partner ICONS Innovation Strategies joined key discussions on accelerating #windenergy innovation and strengthening Europe’s industry.

πŸ”— Read more about the key takeaways: https://meridional.eu/news/cinea-wind-energy-clustering-event-2/