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Wind power potential in Bulgaria, Hungary and Romania
- /en/research-topics/flexibility-business-models/projects/wind-power-potential-in-bulgaria-hungary-and-romania
Publications ECF Study on Wind Potentials - Background Data ECF Study on Wind Potentials – Country Report Hungary ECF Study on Wind Potentials – Country Report Bulgaria ECF Study on Wind Potentials – Country [...] Wind power potential in Bulgaria, Hungary and Romania Study on the potential of wind energy in Bulgaria, Hungary and Romania This study sheds light on the applicable potentials for wind power development [...] stakeholders how wind power may contribute to meet the future demand for electricity in a carbon-neutral manner. For that purpose, a technical analysis of the future potential for wind power at the countryside
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SOWINDIC
- /en/about-the-ait/center/center-for-vision-automation-control/complex-dynamical-systems/projects/sowindic
Anti-Icing Rotor Blade Heating In Wind Turbines“, International Wind Energy Conference Winterwind (2024). IGW Wind Industry Stakeholder Meeting: “A Smart Algorithm for Wind Turbine Controlling IEA (International [...] reliability and yield of wind turbines in winter. Icy wind turbines, as shown in the picture on the left, cause high costs. ©VERBUND To minimise future production losses caused by icing in wind turbines, the SOWINDIC [...] SOWINDIC Optimised control of wind turbine rotor blade heating systems Wind power provides around 11% of Austria's electricity. This makes it the country's second most important sustainable energy source
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AIT develops AI-controlled wind flow simulation for digital urban planning
AIT Center for Energy developed an artificial intelligence (AI) based simulation for wind flows. This enables wind factors to be determined in planning of cities and urban areas within seconds, allowing [...] analysed and optimised in real time in every planning phase, taking wind factors into account. In times of extreme weather conditions, wind currents are of great importance with regard to dangerous speeds [...] Center for Energy of the AIT Austrian Institute of Technology. Wind currents important for microclimate in cities Understanding urban wind flows is becoming increasingly important for urban planning, not
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Efficient power generation in wind turbines through intelligent rotor blade heating systems
operation of intelligent rotor blade heating systems in wind turbines to ensure efficient electricity production even in winter temperatures. Wind energy is Austria's second most important alternative [...] energy source. However, the alpine climate often causes the rotor blades of wind turbines to ice up in the winter months. Then the wind turbines have to be shut down until they defrost naturally or artificially [...] In the recently launched research project SOWINDIC - Smart Operation of Wind Turbines under Icing Conditions - an interdisciplinary team of experts from VERBUND, the AIT Austrian Institute of Technology
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Start of the LOM-Ice Project
Certification Specifications. Icing wind tunnel tests represent one of the most important means of compliance in this respect. Icing and snow conditions are generated in icing wind tunnels by injecting water particles [...] in wind tunnels. A measurement technique that is both non-intrusive, capable of sampling wide spatial regions, and measuring a large set of cloud features, will be provided as a support for wind tunnel [...] monitoring of the injected particle clouds. This is especially important for snow conditions, for which wind tunnel cloud generation technologies are still under development. In this perspective, it is crucial
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LOM-Ice
- /en/research-topics/hybrid-electric-aircraft-technologies/projects/lom-ice
Certification Specifications. Icing wind tunnel tests represent one of the most important means of compliance in this respect. Icing and snow conditions are generated in icing wind tunnels by injecting water particles [...] in wind tunnels. A measurement technique that is both non-intrusive, capable of sampling wide spatial regions, and measuring a large set of cloud features, will be provided as a support for wind tunnel [...] Development of a Laser Optical Measurement technique for the characterization of particle clouds in Icing wind tunnels © RTA Proving aircraft safe operation in icing and snow conditions is required by the European
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EnergAIze
- /en/research-topics/data-science-artificial-intelligence/projects/energaize
solar, wind, and hydropower. Previous studies have evaluated renewable energy availability based on observed and projected climate conditions, considering factors such as solar radiation, wind patterns [...] production has been examined, highlighting risks such as heatwaves with high energy demand but low wind speeds and reduced solar panel efficiency. However, the influence of extreme weather events on energy
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Improving aerodynamic performance of aircraft and wind power plants
grooves. They are aligned in the direction of flow and are used in aircraft and ship construction, wind turbines and much more to minimise drag or flow resistance. Riblet surfaces lead to lower fuel consumption [...] consumption and thus reduced CO2 emissions in aircraft and to higher electricity production in wind turbines. Even minor damage and wear of the riblets impair the efficiency of the riblet effect. Regular [...] manager at VAC, underlines the importance of the new inspection solution for various industries: "Wind energy, aviation, motor sports, shipping - all these markets are very large and will need solutions
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AIT CoDeC-Symposium
AI-driven wind flow simulation for digital urban planning In the City Intelligence Lab, an artificial intelligence-based simulation for wind flows was developed. This makes it possible to determine wind factors [...] allowing designs to be analysed and optimised in real time at every planning stage, taking wind factors into account. Wind flows are of great importance in times of extreme weather conditions with regard to dangerous [...] and heat days with and without adaptation measures, to develop different climate models, to create wind simulations, to answer questions, and to develop new scenarios. Cognitive Urban Design Computing (CoDeC)
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Hydrogen research & development
- /en/solutions/hydrogen/hydrogen-research-development
hydrogen systems with renewable energy sources such as photovoltaics (PV), batteries, thermal systems, wind power plants, and hydropower systems to create a stable, sustainable energy system. Our development [...] cell systems) Development of hybrid system concepts (integration with PV, batteries, thermal systems, wind power plants, hydropower systems) Development of power electronics Electrolyzer Electrolyzer Fuel
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Climate-Resilient Energy Systems: Challenging but Achievable
intelligently. For example, a well-planned mix of PV, wind, and hydropower can mitigate seasonal fluctuations: PV generates more electricity in summer, while wind generates more in winter," says Demet Suna (AIT) [...] Simultaneously, climate change affects the output of renewable energy sources. The number of sun and wind hours in specific regions is changing, and even hydropower generation is heavily impacted by climate [...] transitioning the energy system is complex and requires substantial investments, ranging from expanding wind and photovoltaic capacity to enhancing power grids. However, from a technical perspective, it's all
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BI-FACE
- /en/research-topics/photovoltaics/projects/bi-face
to obtain the maximum possible performance on flat roofs. The construction demands with respect to wind load, stability, total weight (incl. ballast) and maximum allowed weight on a roof are directly influenced [...] project 1. New validated simulation tools for bifacial modules and systems, including simulation of the wind load 2. Modeled and validated standardization advice for characterization of bifacial modules 3. New [...] Outdoor performance qualification of the bifacial system in different European climate zones and wind and snow load conditions 5. Guidelines for flash tester upgrade at the module manufacturer’s site
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JOICE
- /en/research-topics/hybrid-electric-aircraft-technologies/projects/joice
aircraft in-flight icing. The technical activities in JOICE comprise the following: Advancement of icing wind tunnel infrastructure Execution of experiments in simulated icing conditions Numerical simulation [...] be used for high-accuracy measurements of ice-induced aerodynamic effects in ordinary aerodynamic wind tunnels AIT focuses on the development of snow simulation models and tools and on extending the current
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Research and Testing Infrastructure for DC Systems
- /en/research-topics/power-system-planning-operation/projects/research-and-testing-infrastructure-for-dc-systems
fields of application for DC systems are emerging—particularly in the integration of photovoltaic and wind power plants into public grids, at the interfaces to e-mobility (e.g. medium-voltage multi-megawatt [...] infrastructure that includes a 110 kV power line, a gas pipeline in the immediate vicinity, three wind farms in the surrounding area and a substation 5 km away. These conditions offer ideal conditions
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Laboratories
- /en/research-topics/photovoltaics/laboratories
Weathering: rain, salt mist, snow, ice, dust and sand Simulation of heavy mechanical loads caused by wind, snow or hail Contact: Thomas Krametz Electrical characterisation and analytical imaging I /V measurements
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LET'S TECH video competition 2024/25
For a sustainable future, we need to make the change. Away from coal, oil and gas and towards sun, wind and water.Towards a green future! Hot, hotter, climate crisis: CO2 emissions from fossil fuels are
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Hydrogen
- /en/solutions/hydrogen
systems, particularly in combination with other renewable energy systems such as photovoltaics (PV), wind energy, batteries, and power-to-heat (P2H). Existing regulatory frameworks are also considered to [...] optimization concepts for plant deployment to increase economic viability in combination with systems (PV, wind, battery, P2H) and existing regulatory frameworks Hydrogen as part of the global energy system The [...] enhancing energy security. Achieving climate neutrality requires the use of clean energy sources such as wind, solar, water, and geothermal power. Additionally, energy carriers like hydrogen and its derivatives
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IMPACT
- /en/research-topics/hybrid-electric-aircraft-technologies/projects/impact
The project will also optimize its aerostructural properties and validate the technology with Icing Wind Tunnel tests. The four main objectives of IMPACT are: unlocking the capability to perform fast and [...] simulations and the performance of passive anti-ice coating and devices by means of large scale icing wind tunnel (IWT) experimental tests. Facts IMPACT – Aircraft advanced rear end and empennage optimisation
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Digital urban planning know-how for the Frankfurt skyline
Entrée are being redesigned. "We will also evaluate these districts in terms of shading and wind influences. Wind currents are of particular importance for fine-tuning the microclimatic conditions of a district
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Value chain for hydrogen
- /en/solutions/hydrogen/value-chain-for-hydrogen
hydrogen is produced by electrolyzing water using electricity from renewable energy sources such as wind power, solar energy or hydropower. In the process, water is split into its components hydrogen and [...] Offers faster reaction times and is more flexible in relation to variable energy sources such as wind and solar. Storing and transporting green hydrogen Once hydrogen has been produced, it has to be stored
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