How AI is Transforming Wind and Energy Policy
AI supports making the best use of smart and renewable energy.
Tag: wind power
Harnessing Deep Learning for Wind Turbine Blade Fault Detection
Using Deep Learning to detect wind turbine blade faults
The Challenges of Low-Output Wind Power: Securing a Renewable Future
Wind power is a cornerstone of the global transition to sustainable energy. With its rapid expansion, wind energy is expected to become one of the primary sources of electricity in the coming decades. However, new research from the Renewable Energy Center in Beijing sheds light on an underexplored challenge: low-output wind power events—periods of low … Continue reading The Challenges of Low-Output Wind Power: Securing a Renewable Future
Wave Prediction for Underwater Robotics to Stabilise Wind and Tidal Energy Systems
Enhancing Renewable Energy Systems with Wave Prediction for Underwater Robotics
A Method to Balance Wind, Solar and Hydropower
A new method to balance renewable energy production.
Wind-to-Hydrogen: A Cleaner, Sustainable Future for Power Generation
Improving Efficiency of Generating Hydrogen with Wind Power.
Diagnosing Wind Turbine Erosion, and Resulting Mass Imbalance
Correlating entropy with wind turbine erosion
Comparing Renewable Energy Systems: Which is Best for Sustainable Homes?
Comparing Solar, Wind and Battery and Hydrogen Storage Combinations for Optimal Residential Renewable Energy
Harnessing Offshore Wind for a Greener Ireland
How Ireland is harnessing wind for a Clean Energy future
Harnessing Offshore Wind Energy for Cost-Competitive Hydrogen Production
Renewable Hydrogen from Offshore Wind: New Findings around Economic Implications
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