A recent study led by E. P. Vishnutheerth from the Amrita School of Artificial Intelligence has made significant strides in improving wind power forecasting through advanced hybrid neural networks. Published in the journal ‘IEEE Access’, this researc
Study Reveals Hybrid Neural Networks Boost Wind Power Forecasting Accuracy Read More »
Recent research published in the International Journal of Sustainable Energy has shed light on how winglet configurations with multiple cant angles can enhance the aerodynamic performance of horizontal axis wind turbines (HAWTs). Led by Bayu K. Wardh
Innovative Winglet Designs Boost Wind Turbine Efficiency and Output Read More »
A recent study led by Xuetong Xie from the School of Geography and Remote Sensing at Guangzhou University has unveiled a promising new method for retrieving wind direction data from the Gaofen-3 satellite’s synthetic aperture radar (SAR) imagery. Pub
New Method Enhances Wind Direction Data from Gaofen-3 Satellite Read More »
Recent research led by Weifeng Yao from the School of Mechanical and Electrical Engineering at Shaoxing University has unveiled a promising method for enhancing the surface quality of Al2O3/TiO2 composite coatings. This development is particularly si
New Grinding Technique Enhances Coating Quality for Wind Power Industry Read More »
A recent study led by Chen Mingxuan from China Three Gorges Technology Co., Ltd. presents an innovative approach to managing energy in wind-hydrogen systems, a promising avenue for sustainable energy production. Published in the International Journal
China Three Gorges Innovates Energy Management for Wind-Hydrogen Systems Read More »
Recent research led by Naihui Peng from the China Oil & Gas Piping Network Corporation has shed light on the relationship between wind power and photovoltaic (PV) energy systems, highlighting their potential for complementarity. Published in the Jour
Naihui Peng’s Study Reveals Wind and Solar Power’s Complementary Benefits Read More »
As the floating offshore wind industry moves toward commercial viability, understanding the interactions between wind turbine wakes and floating structures is becoming increasingly critical. A recent study led by L. Carmo from the National Renewable
New Study Explores Wind Turbine Wakes Impact on Floating Offshore Turbines Read More »
A recent study led by Md Sabbir Haider Khan from the National Institute of Technology in Patna, India, has introduced an innovative approach to improving the efficiency of wind energy conversion systems. The research, published in the Journal of King
Innovative Study Enhances Wind Energy Efficiency with New Control Method Read More »
Researchers at the Universidad Pública de Navarra have developed an innovative low-frequency electromagnetic harvester designed to capture energy from the vibrations of wind turbines. This advancement could significantly enhance the efficiency of str
Innovative Electromagnetic Harvester Boosts Wind Turbine Monitoring Efficiency Read More »
A recent study led by M. Annoukoubi from the Centrale Casablanca’s Complex Systems and Interactions Research Center in Morocco has introduced an innovative predictive control strategy aimed at enhancing the efficiency of multilevel inverters used in
New Control Strategy Boosts Efficiency of Wind Energy Conversion Systems Read More »
